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NARAYANA IIT ACADEMY

INDIA Central Office

Final Micro Schedule_Jr.IIT IZ CO-SPARK 2017-2018 (In Coming Jr's)_(Teaching & Test Schedule)

Subject : CHEMISTRY

Date Day Topic

20-Apr-17 THUR Moles, atomic and molecular weight

21-Apr-17 FRI Concentration terms, Percentage, Fraction, PPm, Molality, Molarity, Mixing and dilution.

22-Apr-17 SAT Concentration terms, Percentage, Fraction, PPm, Molality, Molarity, Mixing and dilution.

23-Apr-17 SUN SUNDAY

24-Apr-17 MON Atomic Structure(9×2=18): Fundamental Particles - their characteristics; Thomson's, Rutherford's atomic model, Plank's Quantum theory

25-Apr-17 TUE

Bohr's atomic model, Applications of Bohr's atomic model - calculation of radius, velocity, frequency, time period and energy of electron in

an orbit.

26-Apr-17 WED

Bohr's atomic model, Applications of Bohr's atomic model - calculation of radius, velocity, frequency, time period and energy of electron in

an orbit.

27-Apr-17 THUR

Electro magnetic spectra, Hydrogen spectrum

28-Apr-17 FRI

Photoelectric effect.

29-Apr-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Atomic Strucutre : Fundamental Particles - their characetrstics; Thomson's, Rutherford's atomic model, Plank's Quantum theory,

Bohr's atomic model, Applications of Bohr's atomic model - calculation of radius, velocity, frequency, time period and energy of

electron in an orbit, Electro magnetic spectra, Hydrogen spectrum, Photoelectric effect (100%)


Monday Exam Syllabus

For JEE-Advance

Atomic Strucutre : Fundamental Particles - their characetrstics; Thomson's, Rutherford's atomic model, Plank's Quantum theory,


electron in an orbit, Electromagnetic spectra, Hydrogen spectrum, Photoelectric effect (100%)

1-May-17 MON De-Broglie Equation, Heisenberg's Uncertainty principle

2-May-17 TUE

Schrodinger's wave equation; Quantum numbers

3-May-17 WED Schrodinger's wave equation; Quantum numbers

4-May-17 THUR Pauli's exclusion Principle; Hund's rule; Electronic configuration of the elements

5-May-17 FRI STOICHIOMETRY-I (8×2=16): Mole , significant figures, laws of chemical combination

6-May-17 SAT

Saturday Exam

Syllabus

For JEE-Main

De-Broglie Equation, Heisenberg's Uncertainty principle, Schrodinger's wave equation; Quantum numbers, Pauli's exclusion

Principle; Hund's rule; Electronic configuration of the elements, (70%)

Atomic Strucutre : Fundamental Particles - their characteristics; Thomson's, Rutherford's atomic model, Plank's Quantum theory,


electron in an orbit, Electromagnetic spectra, Hydrogen spectrum, Photoelectric effect, (30%)

7-May-17 SUN SUNDAY


For JEE-Advance

De-Broglie Equation, Heisenberg's Uncertainty principle, Schrodinger's wave equation; Quantum numbers, Pauli's exclusion


Atomic Structure : Fundamental Particles - their characteristics; Thomson's, Rutherford's atomic model, Plank's Quantum theory,


electron in an orbit, Electromagnetic spectra, Hydrogen spectrum, Photoelectric effect, (30%)

8-May-16 MON Chemical calculations based upon weight, volume relations of chemical equations

9-May-17 TUE percentage composition of mixtures, empirical and molecular formula

10-May-17 WED

oxidation number, Types of redox reactions

11-May-17 THUR

Balancing Redox reactions

12-May-17 FRI Equivalent weight

13-May-17 SAT

Saturday Exam

Syllabus

For JEE-Main

STOICHIOMETRY-I (8×2=16): Mole, significant figures, laws of chemical combination, Chemical calculations based upon weight,

volume relations of chemical equations, percentage composition of mixtures,empirical and molecular formula, Concept of redox

reactions - oxidation number - Types of redox reactions, Balancing Redox reactions, Equivalent weight, (70%)

De-Broglie Equation, Heisenberg's Uncertainity principle, Schrodinger's wave equation; Quantum numbers, Pauli's exclusion


14-May-17 SUN SUNDAY


For JEE-Advance

STOICHIOMETRY-I (8×2=16): Mole, significant figures, laws of chemical combination, Chemical calculations based upon weight,

volume relations of chemical equations, percentage composition of mixtures,empirical and molecular formula,Concept of redox

reactions - oxidation number - Types of redox reactions, Balancing Redox reactions, Equivalent weight,(60%)

De-Broglie Equation, Heisenberg's Uncertainity principle, Schrodinger's wave equation; Quantum numbers, Pauli's exclusion


Cumulative syllabus (10%)

15-May-17 MON

Methods of expressing concentration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of oleum,

volume strength of hydrogen peroxide

16-May-17 TUE

Methods of expressing concentration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of oleum,

volume strength of hydrogen peroxide

17-May-17 WED

STOICHIOMETRY-II (3×2 =6): Titrations

18-May-17 THUR Volumetric analysis: neutralisation titrations - simple titrations, double titrations and back titrations

19-May-17 FRI

Redox titrations: oxalic-acid vs KMnO4, Mohr’s salt vs KMnO4 ; iodometry , iodimetry, Degree of hardness of water

20-May-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Methods of expressing concentration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of

oleum, volume strength of hydrogen peroxide, stoichiometry-II :Titrations, Volumetric analysis: neutralisation titrations - simple

titrations, double titrations and back titrations, Redox titrations: oxalic-acid vs KMnO4, Mohr’s salt vs KMnO4 ; iodometry ,

iodimetry, Degree of hardness of water (70%)

Mole , significant figures, laws of chemical combination, Chemical calculations based upon weight, volume relations of chemical

equations, percentage composition of mixtures,empirical and molecular formula, Concept of redox reactions - oxidation number -

Types of redox reactions, Balancing Redox reactions, Equivalent weight, (30%)

21-May-17 SUN Sunday


For JEE-Advance

Methods of expressing concentration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of

oleum, volume strength of hydrogen peroxide stoichiometry-II :Titrations, Volumetric analysis: neutralisation titrations - simple



Mole , significant figures, laws of chemical combination, Chemical calculations based upon weight, volume relations of chemical

equations, percentage composition of mixtures, empirical and molecular formula, Concept of redox reactions - oxidation number -

Types of redox reactions, Balancing Redox reactions, Equivalent weight, (30%)


22-May-17 MON Gaseous State (5×2=10): Measurable properties of gases; Gas Laws - Ideal gas equation

23-May-17 TUE

Dalton's Law of Partial pressure: Graham's Law of diffusion

24-May-17 WED

Kinetic theory of gases; Distribution of molecular velocities; Kinetic energy

25-May-17 THUR

Non ideality of gases; vander Waal's equaiton of state, Compressibility factor; liquifaction of gases & Critical state

26-May-17 FRI

Non ideality of gases; vander Waal's equaiton of state, Compressibility factor; liquifaction of gases & Critical state

27-May-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Gaseous State: Measurable properties of gases; Gas Laws - Ideal gas equation, Dalton's Law of Partial pressure: Graham's Law of

diffusion, Kinetic theory of gases; Distribution of molecular velocities; Kinetic energy, Non ideality of gases; vander Waal's

equaiton of state, Compressibility factor; liquifaction of gases & Critical state (70%)

Methods of expressing concnetration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of

oleum, volume strength of hydrogen peroxide, stoichiometry-II: Titrations, Volumetric analysis: neutralisation titrations - simple





For JEE-Advance




Methods of expressing concnetration of a solution - % by weight, Molarity, Molality, Normality, Mole fraction, ppm, % labelling of

oleum, volume strength of hydrogen peroxide, stoichiometry-II:Titrations, Volumetric analysis: neutralisation titrations - simple




29-May-17 MON

Thermodynamics(10×2=20): Terms involved in thermodynamics - System & Surrounding, Extensive and Intensive Properties, Path and

State function, types of processes

30-May-17 TUE

First law of thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible, irreversible isothermal and adiabatic

processes, Heat and Heat capacity

31-May-17 WED

First law of thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible, irreversible isothermal and adiabatic

processes, Heat and Heat capacity

1-Jun-17 THUR

Thermochemistry: Enthalpy, Enthalpy of reaction - different types of enthalpies, Hess's law, Effect of temperature on enthalpy of reaction -

Kirchoff's equation

2-Jun-17 FRI TELANGANA FORMATION DAY

3-Jun-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Thermodynamics: Terms involved in thermodynamics - System & Surrounding, Extensive and Intensive Properties, Path and State

function, types of processes, First law of thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible,

irreversible isothermal and adiabatic processes, Heat and Heat capacity, Thermochemistry: Enthalpy,(70%)



equaiton of state, Compressibility factor; liquification of gases & Critical state (30%)

4-Jun-17 SUN SUNDAY


For JEE-Advance


function, types of processes,First law of thermodynamics , Reversible and irrevesible processes; Work - expressions for reversible,

irreversible isothermal and adiabatic processes, Heat and Heat capacity, Thermochemistry: Enthalpy (60%)





5-Jun-17 MON

Thermochemistry: Enthalpy,Enthalpy of reaction - different types of enthalpies, Hess's law, Effect of temperature on enthalpy of reaction -

Kirchoff's equation

6-Jun-17 TUE Hess’s law and its applications, Determination of enthalpy of hydration of CuSO4, Resonance energy

7-Jun-17 WED Limitations of first law of thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of thermodynamic system.

8-Jun-17 THUR

Entropy - physical significance, expressions in all types of processes

9-Jun-17 FRI

Gibb's free energy - physical significance, spontneity of processes

10-Jun-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Enthalpy of reaction - different types of enthalpies, Hess's law, Effect of temperature on enthalpy of reaction - Kirchoff's equation,

Hess’s law and its applications, Determination of enthalpy of hydration of CuSO4, Resonance energy, Limitations of first law of

thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of thermodynamic system ,Entropy - physical

significance, expressions in all types of processes ,Gibb's free energy - physical significance, spontneity of processes(70%)



irreversible isothermal and adiabatic processes, Heat and Heat capacity,Thermochemistry: Enthalpy(30%)

11-Jun-17 SUN SUNDAY


For JEE-Advance



thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of thermodynamic system, Entropy - physical




irreversible isothermal and adiabatic processes, Heat and Heat capacity, Thermochemistry: Enthalpy(30%)

Cumulative Syllabus(10%)

12-Jun-17 MON Chemical Equilibrium(5×2 =10): Equilibrium involving physical processes: solid - liquid; liquid - gas and solid - gas. General

charecterstics of equilibrium involving physical process

13-Jun-17 TUE Equilibrium involving chemical processes, characteristics of equilibrium state, Law of mass action, equilibrium constant, characteristics of

equilibrium constant, Kp, Kc relation

14-Jun-17 WED Equilibrium involving chemical processes, characteristics of equilibrium state, Law of mass action, equilibrium constant, characteristics of

equilibrium constant, Kp, Kc relation

15-Jun-17 THUR

Lechatlier’s principle - factors effecting equilibrium concentration, pressure, temperature and effect of catalyst, principle applied for

synthesis of ammonia and sulphur trioxide and other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and

∆G˚ in chemical equilibrium

16-Jun-17 FRI Lechatlier’s principle - factors effecting equilibrium concentration, pressure, temperature and effect of catalyst, principle applied for

synthesis of ammonia and sulphur trioxide and other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and

∆G˚ in chemical equilibrium

17-Jun-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Chemical Equilibrium: Equilibrium involving physical processes: solid - liquid; liquid - gas and solid - gas. General characteristics

of equilibrium involving physical process, Equilibrium involving chemical processes, characteristics of equilibrium state, Law of

mass action, equilibrium constant, characteristics of equilibrium constant, Kp, Kcrelation,Lechatlier’s principle - factors effecting

equilibrium concentration, pressure, temperature and effect of catalyst, principle applied for synthesis of ammonia and sulphur

trioxide and other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and ∆G˚ in chemical

equilibrium(70%)


Hess’s law and its applications, Determination of enthalpy of hydration of CuSO4, Resonance energy,Limitations of first law of

thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of thermodynamic system,Entropy - physical


18-Jun-17 Sun SUNDAY


For JEE-Advance

Chemical Equilibrium: Equilibrium involving physical processes: solid - liquid; liquid - gas and solid - gas. General characteristics

of equilibrium involving physical process, Equilibrium involving chemical processes, characteristics of equilibrium state, Law of

mass action, equilibrium constant, characteristics of equilibrium constant, Kp, Kcrelation,Lechatlier’s principle - factors effecting

equilibrium concentration, pressure, temperature and effect of catalyst, principle applied for synthesis of ammonia and sulphur

trioxide and other typical reactions, Thermodynamics of equilibrium constant. Significance of ∆G and ∆G˚ in chemical

equilibrium(60%)



thermodynamics; Second law of Thermodynamics; Carnot cycle, efficiency of thermodynamic system, Entropy - physical



19-Jun-17 MON Ionic Equilibrium(7×2 =14):Theories of acid & bases – Arhenius, Bronsted-Lowry and Lewis theory, Ionic product of water and pH scale

20-Jun-17 TUE pH calculation involving strong and weak acids and bases, Levelling effect, Common ion effect, Dissociation of polyprotic acids

21-Jun-17 WED pH calculation involving strong and weak acids and bases, Levelling effect, Common ion effect, Dissociation of polyprotic acids

22-Jun-17 THUR Home Sick Holidays

23-Jun-17 FRI Home Sick Holidays

24-Jun-17 SAT Home Sick Holidays

JEE MAINS

25-Jun-17 SUN SUNDAY(Home Sick Holidays)

26-Jun-17 MON RAMZAN (Home Sick Holidays)

27-Jun-17 TUE Buffer solutions, INDICATORS

28-Jun-17 WED salt hydrolysis,

29-Jun-17 THUR Solubility of sparingly soluble salts and solubility product

30-Jun-17 FRI Solubility of sparingly soluble salts and solubility product

Saturday Exam

Syllabus

For JEE-Main

1-Jul-17 SAT

Ionic Equilibrium: Theories of acid & bases – Arhenius, Bronsted-Lowry and Lewis theory, Ionic product of water and pH

scale,pH calculation involving strong and weak acids and bases, Levelling effect, Common ion effect, Dissociation of polyprotic

acids(30%),Buffer solutions, INDICATORS, salt hydrolysis, Solubility of sparingly soluble salts and solubility product(70%)

2-Jul-17 SUN


For JEE-Advance

Ionic Equilibrium: Theories of acid & bases – Arhenius, Bronsted-Lowry and Lewis theory, Ionic product of water and pH

scale,pH calculation involving strong and weak acids and bases, Levelling effect, Common ion effect, Dissociation of polyprotic

acids(30%),Buffer solutions, INDICATORS, salt hydrolysis,Solubility of sparingly soluble salts and solubility product(60%)


3-Jul-17 MON Liquid Solutions and Colligative Properties (6×2=12): Henry's law, Vapour pressure, Ideal solution

4-Jul-17 TUE

Henry's law, Vapour pressure, Ideal solution

5-Jul-17 WED

Determination of molecular weight by relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic

pressure(including Vant-hoff factor)

6-Jul-17 THUR Determination of molecular weight by relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic


7-Jul-17 FRI

Determination of molecular weight by relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic


8-Jul-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Liquid Solutions and Colligative Properties: Henry's law, Vapour pressure, Ideal solution,Determination of molecular weight by

relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic pressure(including Vant-hoff

factor)(70%),

Buffer solutions,INDICATORS, salt hydrolysis, Solubility of sparingly soluble salts and solubility product(30%),

9-Jul-17 Sun Sunday


For JEE-Advance

Liquid Solutions and Colligative Properties : Henry's law, Vapour pressure, Ideal solution,Determination of molecular weight by

relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic pressure(including Vant-hoff

factor)(60%),

Buffer solutions,INDICATORS, salt hydrolysis,Solubility of sparingly soluble salts and solubility product((30%),


10-Jul-17 MON

Non Ideal Solution,aezotropicMixture,theory of fractional disstilation

11-Jul-17 TUE Surface Chemistry (5×2=10): Adsorption and factors affecting adsorption

12-Jul-17 WED Adsorption and factors affecting adsorption

13-Jul-17 THUR Colloidal State

14-Jul-17 FRI Colloidal State

15-Jul-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Non ideal solution, Aezotropicmixture, Theory of fractional distillation ,

Surface Chemistry : Adsorption and factors affecting adsorption, Colloidal State (70%)

Liquid Solutions and Colligative Properties : Henry's law, Vapour pressure, Ideal and non-ideal solution, Determination of

molecular weight by relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic

pressure(including Vant-hoff factor)(30%),

16-Jul-17 Sun Sunday

17-Jul-17 MON Catalysis

Monday

Exam

Syllabus

For JEE-

Advance

Monday

Exam

Syllabus

For JEE-

Advance

Non ideal solution, Aezotropic mixture, Theory of fractional distillation ,


Liquid Solutions and Colligative Properties : Henry's law, Vapour pressure, Ideal and non-ideal solution, Determination of

molecular weight by relative lowering of vapour pressure, elevation of boiling point, depression of freezing point, osmtoic

pressure(including Vant-hoff factor)(30%),Cumulative Syllabus(10%)

18-Jul-17 TUE

Chemical Kinetics and Nuclear Chemistry (9×2=18): Rates of chemical reactions; Order of reactions; Mechanism of reactions; Rate

constant; First order reactions, Kinetics of ester hydrolysis, inversion of sucrose, first order gas phase decompositions

19-Jul-17 WED

Rates of chemical reactions; Order of reactions; Rate constant; First order reactions, Kinetics of ester hydrolysis, inversion of sucrose, first

order gas phase decompositions

20-Jul-17 THUR

Rates of chemical reactions; Order of reactions; Rate constant; First order reactions, Kinetics of ester hydrolysis, inversion of sucrose, first

order gas phase decompositions

21-Jul-17 FRI

Temperature dependence of rate constant , Effect of catalyst

22-Jul-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Catalysis,

Chemical Kinetics and Nuclear Chemistry : Rates of chemical reactions; Order of reactions; Mechanism of reactions; Rate

constant; First order reactions, Kinetics of ester hydrolysis, inversion of sucrose, first order gas phase decompositions,

Temperature dependence of rate constant , Effect of catalyst(70%),

Non ideal solution, Aezotropicmixture, Theory of fractional distillation ,


23-Jul-17 SUN SUNDAY

24-Jul-17 MON Parallel reactions and sequential reactions


For JEE-Advance

Catalysis,



Temperature dependence of rate constant , Effect of catalyst(60%),

Non ideal solution, Aezotropic mixture, Theory of fractional distillation ,

Surface Chemistry : Adsorption and factors affecting adsorption, Colloidal State (30%) Cumulative Syllabus(10%)

25-Jul-17 TUE Nuclear Chemistry: Radioactivity: isotopes and isobars; Properties of α, β and γ rays

26-Jul-17 WED Stability of nuclei with respect to proton-neutron ratio; Brief discussion on fission and fusion reactions. Kinetics of radioactive decay,

carbon dating

27-Jul-17 THUR Stability of nuclei with respect to proton-neutron ratio; Brief discussion on fission and fusion reactions. Kinetics of radioactive decay,

carbon dating

28-Jul-17 FRI Stability of nuclei with respect to proton-neutron ratio; Brief discussion on fission and fusion reactions. Kinetics of radioactive decay,

carbon dating

29-Jul-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Parallel reactions and sequential reactions, Nuclear Chemistry: Radioactivity: isotopes and isobars; Properties of α, β and γ rays,

Stability of nuclei with respect to proton-neutron ratio; Brief discussion on fission and fusion reactions. Kinetics of radioactive

decay, carbon dating(70%),



Temperature dependence of rate constant, Effect of catalyst(30%),

30-Jul-17 SUN SUN

31-Jul-17 MON Classification of Elements and Periodicity in Properties (5×2=10): Modern periodic law and present form of the periodic table, s, p, d and f

block elements


For JEE-Advance






Temperature dependence of rate constant, Effect of catalyst(30%),Cumulative Syllabus(10%)

1-Aug-17 TUE

Modern periodic law and present form of the periodic table, s, p, d and f block elements

2-Aug-17 WED

Periodic trends in properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy

3-Aug-17 THUR


4-Aug-17 FRI


5-Aug-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Classification of Elements and Periodicity in Properties : Modern periodic law and present form of the periodic table, s, p, d and f

block elements, Modern periodic law and present form of the periodic table, s, p, d and f block elements, Periodic trends in

properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy(70%),




6-Aug-17 SUN SUNDAY


For JEE-Advance



properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy(60%),

Parallel reactions and sequential reactions,Nuclear Chemistry: Radioactivity: isotopes and isobars; Properties of α, β and γ rays,


decay, carbon dating(30%),Cumulative Syllabus(10%)

7-Aug-17 MON RAKHI

8-Aug-17 TUE Chemical Bonding and Molecular Strucuture (9×2=18): Kossel – Lewis approach to chemical bond formation, concept of ionic and

covalent bonds, Lewis structures, Formal Charge

9-Aug-17 WED Ionic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds; calculation of lattice enthalpy, Fajan's rules

10-Aug-17 THUR Ionic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds; calculation of lattice enthalpy, Fajan's rules

11-Aug-17 FRI VSEPR Theory & shapes of simple molecules

12-Aug-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Chemical Bonding and Molecular Structure: Kossel – Lewis approach to chemical bond formation, concept of ionic and covalent

bonds, Lewis structures, Formal Charge, Ionic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;

calculation of lattice enthalpy, Fajan's rules(70%)



properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy(30%)

13-Aug-17 SUN Sunday


For JEE-Advance






properties of elements atomic and ionic radii, ionization enthalpy, electron gain enthalpy(30%)


14-Aug-17 Mon SRI KRISHNA ASHTAMI

15-Aug-17 Tue INDEPENDENCE DAY

16-Aug-17 Wed VSEPR Theory & shapes of simple molecules

17-Aug-17 Thu Quantum mechanical approach to covalent bonding: Valence bond theory – Its important features, concept of hybridization involving s, p

and d orbitals; Resonance.

18-Aug-17 Fri Quantum mechanical approach to covalent bonding: Valence bond theory – Its important features, concept of hybridization involving s, p

and d orbitals; Resonance.

19-Aug-17 Sat

Saturday Exam

Syllabus

For JEE-Main

VSEPR Theory & shapes of simple molecules

Quantum mechanical approach to covalent bonding: Valence bond theory – Its important features, concept of hybridization

involving s, p and d orbitals; Resonance.(70%)




20-Aug-17 Sun Sunday


For JEE-Advance




Chemical Bonding and Molecular Strucuture: Kossel – Lewis approach to chemical bond formation, concept of ionic and covalent

bonds, Lewis strucutres, Formal Charge,Ionic Bonding: Formation of ionic bonds, factors affecting the formation of ionic bonds;



21-Aug-17 Mon Molecular Orbital Theory – Its important features, LCAOs, types of molecular orbitals (bonding, antibonding), sigma and pi-bonds,

molecular orbital electronic configurations of homonuclear diatomic molecules, concept of bond order, bond length and bond energy

22-Aug-17 TUE Molecular Orbital Theory – Its important features, LCAOs, types of molecular orbitals (bonding, antibonding), sigma and pi-bonds,

molecular orbital electronic configurations of homonuclear diatomic molecules, concept of bond order, bond length and bond energy

23-Aug-17 WED Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its applications, Dipole moment

24-Aug-17 THUR Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its applications, Dipole moment

25-Aug-17 FRI VINAYAKA CHAVITHI

26-Aug-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Molecular Orbital Theory – Its important features, LCAOs, types of molecular orbitals (bonding, antibonding), sigma and pi-

bonds, molecular orbital electronic configurations of homonuclear diatomic molecules, concept of bond order, bond length

and bond energy, Elementary idea of metallic bonding, Intermolecular forces, Hydrogen bonding and its applications, Dipole

moment(60%),







For JEE-Advance




moment(70%), VSEPR Theory & shapes of simple molecules



28-Aug-17 MON Alkali Metals (5x2 =10): General introduction, electronic configuration and general trends in physical and chemical properties of elements,

anomalous properties of the Li, diagonal relationship of Li with Mg

29-Aug-17 TUE General introduction, electronic configuration and general trends in physical and chemical properties of elements, anomalous properties of

the Li, diagonal relationship of Li with Mg

30-Aug-17 WED General introduction, electronic configuration and general trends in physical and chemical properties of elements, anomalous properties of

the Li, diagonal relationship of Li with Mg

31-Aug-17 THUR Preparation and properties of some important compounds –Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and

sulphates of sodium, potassium, Biological significance of Na & K

1-Sep-17 FRI Preparation and properties of some important compounds –Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates

of sodium, potassium, Biological significance of Na & K

2-Sep-17 SAT BAKIRID

Saturday Exam

Syllabus

For JEE-Main

Alkali Metals : General introduction, electronic configuration and general trends in physical and chemical properties of elements,

anomalous properties of the Li, diagonal relationship of Li with Mg,Preparation and properties of some important compounds –

Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of sodium, potassium, Biological significance of

Na & K (70%),




moment(30%)

3-Sep-17 Sun Sunday


For JEE-Advance


anomalous properties of the Li, diagonal relationship of Li with Mg,Preparation and properties of some important compounds –


Na & K (60%),




moment(30%)


4-Sep-17 Mon

Alkaline Earth Metals (5×2 =10): General introduction, electronic configuration and general trends in physical and chemical properties of

elements, anomalous properties of the Be, diagonal relationship of Be with Al

5-Sep-17 Tue TEACHERS DAY

6-Sep-17 Wed General introduction, electronic configuration and general trends in physical and chemical properties of elements, anomalous properties of

the Be, diagonal relationship of Be with Al

7-Sep-17 Thu Preparation, properties and industrial apllications of some important compounds - Oxides, peroxides, hydroxides, carbonates,

bicarbonates, chlorides and sulphates of Magnesium and Calcium, plaster of paris and cement; Biological significance of Mg and Ca.

8-Sep-17 Fri Preparation, properties and industrial apllications of some important compounds - Oxides, peroxides, hydroxides, carbonates,

bicarbonates, chlorides and sulphates of Magnesium and Calcium and cement; Biological significance of Mg and Ca.

9-Sep-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Alkaline Earth Metals : General introduction, electronic configuration and general trends in physical and chemical properties of

elements, anomalous properties of the Be, diagonal relationship of Be with Al,Preparation, properties and industrial applications

of some important compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium

and Calcium, plaster of paris and cement; Biological significance of Mg and Ca(70%),


anomalous properties of the Li, diagonal relationship of Li with Mg, Preparation and properties of some important compounds –


Na & K (30%)

10-Sep-17 Sun Sunday


For JEE-Advance

Alkaline Earth Metals : General introduction, electronic configuration and general trends in physical and chemical properties of

elements, anomalous properties of the Be, diagonal relationship of Be with Al,Preparation, properties and industrial applications

of some important compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium

and Calcium, plaster of paris and cement; Biological significance of Mg and Ca(60%),


anomalous properties of the Li, diagonal relationship of Li with Mg, Preparation and properties of some important compounds –


Na & K(30%), Cumulative Syllabus(10%)

11-Sep-17 MON Group 13(5×2 =10): Electronic configuration and general trends in physical and chemical properties of elements across the periods and

down the groups; unique behaviour Boron

12-Sep-17 TUE Preparation, properties and uses of boron and aluminium; properties of boric acid, diborane, boron trifluoride, borax, alumina, aluminium

chloride and alums.

13-Sep-17 WED Preparation, properties and uses of boron and aluminium; properties of boric acid, diborane, boron trifluoride, borax, alumina, aluminium

chloride and alums.

14-Sep-17 THUR

Preparation, properties and uses of boron and aluminium; properties of boric acid, diborane, boron trifluoride, borax, alumina, aluminium

chloride and alums.

15-Sep-17 FRI Preparation, properties and uses of boron and aluminium; properties of boric acid, diborane, boron trifluoride, borax, alumina, aluminium

chloride and alums.

16-Sep-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Group 13: Electronic configuration and general trends in physical and chemical properties of elements across the periods and

down the groups; unique behaviourBoron,Preparation, properties and uses of boron and aluminium; properties of boric acid,

diborane, boron trifluoride, borax, alumina, aluminium chloride and alums(70%),

Alkaline Earth Metals: General introduction, electronic configuration and general trends in physical and chemical properties of

elements, anomalous properties of the Be, diagonal relationship of Be with Al,Preparation, properties and industrial apllications of

some important compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium and

Calcium, plaster of paris and cement; Biological significance of Mg and Ca(30%)



For JEE-Advance



diborane, boron trifluoride, borax, alumina, aluminium chloride and alums(60%),

Alkaline Earth Metals: General introduction, electronic configuration and general trends in physical and chemical properties of

elements, anomalous properties of the Be, diagonal relationship of Be with Al,Preparation, properties and industrial apllications of

some important compounds - Oxides, peroxides, hydroxides, carbonates, bicarbonates, chlorides and sulphates of Magnesium and

Calcium, plaster of paris and cement; Biological significance of Mg and Ca(30%),Cumulative Syllabus(10%)

18-Sep-17 Mon

Group 14 (5×2 =10): Electronic configuration and general trends in physical and chemical properties of elements across the periods and

down the groups; unique behaviour carbon, Allotropes of carbon, tendency for catenation; Structure & properties of silicates, and zeolites.

19-Sep-17 Tue Electronic configuration and general trends in physical and chemical properties of elements across the periods and down the groups; unique

behaviour carbon, Allotropes of carbon, tendency for catenation; Structure & properties of silicates, and zeolites.

20-Sep-17 Wed Electronic configuration and general trends in physical and chemical properties of elements across the periods and down the groups;

unique behaviour carbon, Allotropes of carbon, tendency for catenation; Structure & properties of silicates, and zeolites.

21-Sep-17 Thu Preparation, properties and uses of the following compounds, Carbon: oxides and oxyacid (carbonic acid); Silicon: silicones and silicon

carbide

22-Sep-17 Fri Preparation, properties and uses of the following compounds, Carbon: oxides and oxyacid (carbonic acid); Silicon: silicones and silicon

carbide

Friday Exam Syllabus

For JEE-Main


down the groups; unique behaviour carbon, Allotropes of carbon, tendency for catenation; Structure & properties of silicates, and

zeolites, Preparation, properties and uses of the following compounds, Carbon: oxides and oxyacid (carbonic acid); Silicon:

silicones and silicon carbide(70%),



diborane, boron trifluoride, borax, alumina, aluminium chloride and alums(30%)

Friday Exam Syllabus

For JEE-Advance

Group 14 : Electronic configuration and general trends in physical and chemical properties of elements across the periods and






diborane, boron trifluoride, borax, alumina, aluminium chloride and alums(30%),Cumulative Syllabus(10%)

23-Sep-17 SAT

TELANGANA DUSSERA HOLIDAYS(22-09-2017 TO 30-09-2017)

ANDHRA PRADESH DUSSERA HOLIDAYS(28-09-2017 TO 30-09-2017) HYDROGEN AND ITS COMPOUNDS: Ortho and para hydrogen, Position of hydrogen in periodic table, preparation of and properties of

hydrogen

24-Sep-17 SUN Sunday

25-Sep-17 MON Water, heavy water , hardness of water

26-Sep-17 Tue Hydrogen peroxide preparation and properties, volume strength of hydrogen peroxide

27-Sep-17 Wed Hydrogen peroxide preparation and properties, volume strength of hydrogen peroxide

28-Sep-17 Thu DURGASTAMI

29-Sep-17 Fri MAHARNAVAMI

30-Sep-17 Sat VIJAHADASAMI

1-Oct-17 Sun MOHARAM

2-Oct-17 Mon GANDHI JAYANTHI

3-Oct-17 Tue Purification - Crystallization, sublimation, distillation, differential extraction and chromatography - principles and their applications.

4-Oct-17 Wed Qualitative analysis – Detection of nitrogen, sulphur, phosphorus and halogens. Quantitative analysis (basic principles only) – Estimation

of carbon, hydrogen, nitrogen, halogens, sulphur, phosphorus. Calculations of empirical formulae and molecular formulae; Numerical

problems in organic quantitative analysis.

5-Oct-17 Thu Qualitative analysis – Detection of nitrogen, sulphur, phosphorus and halogens. Quantitative analysis (basic principles only) – Estimation

of carbon, hydrogen, nitrogen, halogens, sulphur, phosphorus. Calculations of empirical formulae and molecular formulae; Numerical

problems in organic quantitative analysis.

6-Oct-17 Fri Structure and Nomenclature (4×2 =8):Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules, Allotropes of

carbon

7-Oct-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Purification and Charetization of Organic Compounds(4×2 =8): Purification - Crystallization, sublimation, distillation, differential

extraction and chromatography - principles and their applications, Qualitative analysis – Detection of nitrogen, sulphur,

phosphorus and halogens. Quantitative analysis (basic principles only) – Estimation of carbon, hydrogen, nitrogen, halogens,

sulphur, phosphorus. Calculations of empirical formulae and molecular formulae; Numerical problems in organic quantitative

analysis, Structure and Nomenclature : Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules,

Allotropes of carbon(70%),





8-Oct-17 SUN Sunday


For JEE-Advance

Purification and Charetization of Organic Compounds(4×2 =8): Purification - Crystallization, sublimation, distillation, differential




analysis, Structure and Nomenclature : Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules,

Allotropes of carbon(60%),




silicones and silicon carbide(30%), Cumulative Syllabus(10%)

MON Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules, allotropes of carbon

10-Oct-17 Tue Nomenclature of Hydrocarbons

11-Oct-17 Wed Nomenclature of mono and bi-functional organic compounds including common names

12-Oct-17 Thu Nomenclature of bicyclic hydrocarbons(basic examples) and Aromatic compounds

13-Oct-17 Fri Isomerism(9x2=18): Chain, Position, Functional, Metamerism, Ring-chain isomerism(excluding Tautomerism)

14-Oct-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Structure and Nomenclature: Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules, Allotropes of

carbon, Nomenclature of Hydrocarbons,Nomenclauture of mono and bi-functional organic compounds including common names,

Nomenclature of bicyclic hydrocarbons(basic examples) and Aromatic compounds, (70%)

Purification and Charetization of Organic Compounds: Purification - Crystallization, sublimation, distillation, differential

extraction and chromatography - principles and their applications,Qualitative analysis – Detection of nitrogen, sulphur,



analysis, Structure and Nomenclature: Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules,

Allotropes of carbon(30%)

15-Oct-17 Sun Sunday


For JEE-Advance


carbon, Nomenclature of Hydrocarbons, Nomenclature of mono and bi-functional organic compounds including common names,

Nomenclature of bicyclic hydrocarbons(basic examples) and Aromatic compounds,(60%)

Purification and Charetization of Organic Compounds: Purification - Crystallization, sublimation, distillation, differential




analysis, Structure and Nomenclature: Hybridisation of carbon; Sigma and pi-bonds; Shapes of simple organic molecules,

Allotropes of carbon(30%) ,Cumulative Syllabus(10%)

Mon

Chain, Position, Functional, Metamerism, Ring-chain isomerism (excluding Tautomerism)

17-Oct-17 Tue Conformational isomerism of ethane, butane, derivatives of ethane and cyclohexane

18-Oct-17 Wed Conformational isomerism of ethane, butane, derivatives of ethane and cyclohexane

19-Oct-17 Thu DIWALI

20-Oct-17 Fri Geometrical Isomerism, E-Z nomenclature

21-Oct-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Isomerism: Chain, Position, Functional, Metamerism, Ring-chain isomerism(excluding Tautomerism)

Conformational isomerism of ethane, butane, derivatives of ethane and cyclohexane(70%)



Nomenclature of bicyclic hydrocarbons(basic examples) and Aromatic compounds, (30%)


23-Oct-17 Mon

Geometrical Isomerism, E-Z nomenclature


For JEE-Advance





Nomenclature of bicyclic hydrocarbons(basic examples) and Aromatic compounds(30%),Cumulative Syllabus(10%)

24-Oct-17 Tue Geometrical Isomerism, E-Z nomenclature

25-Oct-17 Wed Optical isomerism, R-S nomenclature

26-Oct-17 Thu Optical isomerism, R-S nomenclature

27-Oct-17 Fri Optical isomerism in non chiralcentre system(Bi phenyl,allenes,spiro,alkalidenes cycloalkanes

28-Oct-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Isomerism: Geometrical Isomerism, E-Z nomenclature, optical isomerism, R-S nomenclature, Optical isomerism in non

chiralcentre system(Bi phenyl,allenes,spiro,alkalidenes cycloalkanes(70%)

Isomerism: Chain,Position, Functional, Metamerism, Ring-chain isomerism(excluding Tautomerism)




For JEE-Advance


chiralcentre system(Bi phenyl,allenes,spiro,alkalidenes cycloalkanes(60%)


Conformational isomerism of ethane, butane, derivatives of ethane and cyclohexane(30%), Cumulative Syllabus(10%)

30-Oct-17 Mon General Organic Chemistry (11 x 2 = 22): Electronic effects: Inductive efeect

31-Oct-17 Tue

Resonance, resonance effect

1-Nov-17 Wed

Resonance, resonance effect ,Aromaticity

2-Nov-17 Thu Aromaticity

3-Nov-17 Fri Hyperconjugation, Electromeric effect ,Electrophiles and nucleophiles

4-Nov-17 Sat KARTHIKA POORNIMA

Saturday Exam

Syllabus

For JEE-Main

General Organic Chemistry : Electronic effects: Inductive efeect, Resonance, resonance effect, Aromaticity, Hyperconjugation,

Electromeric effect ,Electrophiles and nucleophiles(70%),


chiralcentresystem(Bi phenyl,allenes,spiro,alkalidenes cycloalkanes(30%)

5-Nov-17 Sun SUNDAY


For JEE-Advance


Electromeric effect ,Electrophiles and nucleophiles(60%),


chiralcentresystem(Bi phenyl, allenes, spiro, alkalidenes cycloalkanes(30%), Cumulative Syllabus(10%)

6-Nov-17 Mon

Reactive intermediates (Carbocations, Carbanions, Free radicals, Carbenes, nitrenes),

7-Nov-17 Tue

Reactive intermediates (Carbocations, Carbanions, Free radicals, Carbenes, nitrenes),

8-Nov-17 Wed

Strengths of acids

9-Nov-17 Thu

Strengths of acids

10-Nov-17 Fri

Strengths of bases

11-Nov-17 Sat

Saturday Exam

Syllabus

For JEE-Main

General Organic Chemistry: Reactive intermediates (Carbocations, Carbanions, Free radicals, Carbenes, nitrenes), Strengths of

acids and Strengths of bases(70%)


Electromeric effect ,Electrophiles and nucleophiles(30%)

12-Nov-17 Sun SUNDAY

13-Nov-17 Mon Tautomerism (2 x 2 = 4)Tautomerism (including mechanism of acid & base catlayzedtautomerizations)


For JEE-Advance




Electromeric effect ,Electrophiles and nucleophiles(30%), Cumulative Syllabus(10%)

14-Nov-17 Tue Tautomerism (including mechanism of acid & base catlayzedtautomerizations)

15-Nov-17 Wed Alkanes(5×2 =10): Preparation of alkanes from different compounds

16-Nov-17 Thu Preparation of alkanes from different compounds

17-Nov-17 Fri Preparation of alkanes from different compounds

18-Nov-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Tautomerism (including mechanism of acid & base catlayzedtautomerizations), Alkanes: Preparation of alkanes from different

compounds(70%)



19-Nov-17 Sun Sunday

20-Nov-17 Mon Physical properties of alkanes (melting points, boiling points and density), reactions of alkanes, Mechanism of Free radical Substitution


For JEE-Advance


compounds(60%)


acids and Strengths of bases(30%), Cumulative Syllabus(10%)

21-Nov-17 Tue Physical properties of alkanes (melting points, boiling points and density), reactions of alkanes, Mechanism of Free radical Substitution

22-Nov-17 Wed Alkenes(8×2 =16): Preparation, Mechanism of Elimination reactions (E1, E2, E1CB) (Including Hoffman elimination and pyrolysis of

ester)

23-Nov-17 Thu Preparation, Mechanism of Elimination reactions (E1, E2, E1CB) (Including Hoffman elimination and pyrolysis of ester)

24-Nov-17 Fri Preparation, Mechanism of Elimination reactions (E1, E2, E1CB) ,(Including Hoffman elimination and pyrolysis of ester)

25-Nov-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Alkanes: Physical properties of alkanes (melting points, boiling points and density), reactions of alkanes, Mechanism of Free

radical Substitution Alkenes: Preparation, Mechanism of Elimination reactions (E1, E2, E1CB) (Including Hoffman elimination

and pyrolysis of ester)(70%)


compounds(30%)


27-Nov-17 Mon Reactions of alkenes: Addition of hydrogen halide, halogen, halogen/water, halogen/alochol, NOCl, RCl, RCOCl, RH, water,

oxymercuration - demercuration, hydroboration - oxidation; Mechanism of electrophilic and free radical addition


For JEE-Advance





compounds(30%), Cumulative Syllabus(10%)

28-Nov-17 Tue Reactions of alkenes: Addition of hydrogen halide, halogen, halogen/water, halogen/alochol, NOCl, RCl, RCOCl, RH, water,


29-Nov-17 Wed Reactions of alkenes: Addition of hydrogen halide, halogen, halogen/water, halogen/alochol, NOCl, RCl, RCOCl, RH, water,


30-Nov-17 Thu Hyroxylation reactions; Oxidative cleavage - KMnO4, ozonolysis; allyl substitution, allyl oxidation; Isomerization; Reaction with carbenes

and carbenoids.

1-Dec-17 Fri Hyroxylation reactions; Oxidative cleavage - KMnO4, ozonolysis; allyl substitution, allyl oxidation; Isomerization; Reaction with carbenes

and carbenoids.

2-Dec-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Reactions of alkenes: Addition of hydrogen halide, halogen, halogen/water, halogen/alochol, NOCl, RCl, RCOCl, RH, water,

oxymercuration - demercuration, hydroboration - oxidation; Mechanism of electrophilic and free radical addition, Hyroxylation

reactions; Oxidative cleavage - KMnO4, ozonolysis; allyl substitution, allyl oxidation; Isomerization; Reaction with carbenes and

carbenoids(70%).




3-Dec-17 Sun Sunday

4-Dec-17 Mon Dienes and Alkynes(2×2 =4): Preparation and reactions of diene; 1,2-&1,4-addition, elementary examples of Diels-Alder reaction


For JEE-Advance




carbenoids(60%).



and pyrolysis of ester)(30%) Cumulative Syllabus(10%)

5-Dec-17 Tue Dienes: Preparation and reactions of diene; 1,2-&1,4-addition, elementary examples of Diels-Alder reaction

6-Dec-17 Wed Alkynes (3×2 =6):Preparations

7-Dec-17 Thu Reactions of alkynes

8-Dec-17 Fri Reactions of alkynes

9-Dec-17 SAT

Saturday Exam

Syllabus

For JEE-Main

Dienes: Preparation and reactions of diene; 1,2-&1,4-addition, elementary examples of Diels-Alder reaction,Alkynes: Preparations

,Reactions of alkynes (70%)




carbenoids(30%).

10-Dec-17 Sun Sunday

11-Dec-17 Mon Benzene (5×2 =10): Preparations and reactions of benzene and alkyl benzenes


For JEE-Advance






carbenoids(30%).Cumulative Syllabus(10%)

12-Dec-17 Tue

Eletrophilic aromatic substitution, mechanism of halogenations, nitration, sulphonation, nitrosation, alkylation and acylation

13-Dec-17 Wed

Eletrophilic aromatic substitution, mechanism of halogenations, nitration, sulphonation, nitrosation, alkylation and acylation

14-Dec-17 Thu

Reactivity and orientation towards electrophilic aromatic substitutions

15-Dec-17 Fri

Reactivity and orientation towards electrophilic aromatic substitutions

16-Dec-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Benzene : Preparations and reactions of benzene and alkyl benzenes, Eletrophilic aromatic substitution, mechanism of

halogenations, nitration, sulphonation, nitrosation, alkylation and acylation, Reactivity and orientation towards electrophilic

aromatic substitutions(70%)




18-Dec-17 Mon Alkyl halides(5×2 =10): Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)


For JEE-Advance





,Reactions of alkynes (30%) ,Cumulative Syllabus(10%)

19-Dec-17 Tue Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)

20-Dec-17 Wed Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)

21-Dec-17 Thu Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)

22-Dec-17 Fri Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)

23-Dec-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Alkyl halides: Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2, SNi)(70%)




24-Dec-17 Sun SUNDAY

25-Dec-17 Mon CHRISTAMAS


For JEE-Advance




aromatic substitutions(30%),Cumulative Syllabus(10%)

26-Dec-17 Tue

Aryl halides: (5×2 =10): preparation and reactions

27-Dec-17 Wed

Nucleophilic aromatic substitution-Diazotisation,Benzyne mech. SN-Ar mechanism

28-Dec-17 Thu

Nucleophilic aromatic substitution-Diazotisation,Benzyne mech. SN-Ar mechanism

29-Dec-17 Fri

Poly halogen compounds: Chloroform, DDT, Freons, BHC

30-Dec-17 Sat

Saturday Exam

Syllabus

For JEE-Main

Aryl halides: preparation and reactions ,Nucleophilic aromatic substitution-Diazotisation,Benzyne mech. SN-Ar mechanism, Poly

halogen compounds: Chloroform, DDT, Freons, BHC(70%)


31-Dec-17 Sun SUNDAY

1-Jan-18 Mon NEW YEAR


For JEE-Advance



Alkyl halides: Preparation and Reactions of alkyl halides, Mechanism of Nucleophilic Substitution reactions (SN1, SN2,

SNi)(30%)Cumulative Syllabus(10%)

2-Jan-18 Tue Alcohols(4×2 =8): Preparation of alcohols

3-Jan-18 Wed Properties and reactions of alcohols

4-Jan-18 Thu Properties and reactions of alcohols

5-Jan-18 Fri Properties and reactions of alcohols

6-Jan-18 Sat

Saturday Exam

Syllabus

For JEE-Main

Alcohols: Preparation of alcohols(70%)



7-Jan-18 Sun Sunday

8-Jan-18 Mon


For JEE-Advance


Aryl halides: preparation and reactions ,Nucleophilic aromatic substitution-Diazotisation, Benzyne mech. SN-Ar mechanism, Poly

halogen compounds: Chloroform, DDT, Freons, BHC(30%),Cumulative Syllabus(10%)

PONGAL VACATION ANDHRA PRADESH (08-01-2018 TO 15-01-2018)

TELANGANA (12-01-2018 TO 15-01-2018)

9-Jan-18 Tue HYDROGEN AND ITS COMPOUNDS: Ortho and para hydrogen, Position of hydrogen in periodic table, preparation of and properties of

hydrogen

10-Jan-18 Wed Water, heavy water , hardness of water

11-Jan-18 Thu Hydrogen peroxide preparation and properties, volume strength of hydrogen peroxide

12-Jan-18 Fri

13-Jan-18 Sat BOGI

14-Jan-18 Sun MAKARA SANKRANTHI

15-Jan-18 Mon

16-Jan-18 Tue Phenols (4×2 =8): Prepartion, properties and reactions

17-Jan-18 Wed Preparation, properties and reactions

18-Jan-18 Thu Preparation, properties and reactions

19-Jan-18 Fri Preparation, properties and reactions

20-Jan-18 Sat

Saturday Exam

Syllabus

For JEE-Main

Phenols: Preparation, properties and reactions (70%)


21-Jan-18 Sun SUNDAY

22-Jan-18 Mon Ethers(2x 2 = 4): preparation and properties


For JEE-Advance

Phenols: Prepartion, properties and reactions (60%)

Alcohols: Preparation of alcohols(30%), Cumulative Syllabus(10%)

23-Jan-18 Tue preparion and properties

24-Jan-18 Wed Aldehydes and Ketones(10x 2 = 20): Preparation of aldehydes and ketones

25-Jan-18 Thu Preparation of aldehydes and ketones

26-Jan-18 Fri REPUBLIC DAY

27-Jan-18 Sat

Saturday Exam

Syllabus

For JEE-Main Ethers: preparion and properties, Aldehydes and Ketones: Preparation of aldehydes and ketones(70%)

Phenols: Prepartion, properties and reactions (30%)

28-Jan-18 Sun SUNDAY

29-Jan-18 Mon Physical properties, nucleophilic addition reactions, Addition of ammonia derivatives, 2,4-DNP test, Schiff's test, Beckmann rearrangement


For JEE-Advance

Ethers: preparation and properties, Aldehydes and Ketones: Preparation of aldehydes and ketones(60%)

Phenols: Preparation, properties and reactions (30%), Cumulative Syllabus(10%)

30-Jan-18 Tue Physical properties, nucleophilic addition reactions, Addition of ammonia derivatives, 2,4-DNP test, Schiff's test, Beckmann

rearrangement

31-Jan-18 Wed Physical properties, nucleophilic addition reactions, Addition of ammonia derivatives, 2,4-DNP test, Schiff's test, Beckmann

rearrangement

1-Feb-18 Thu Oxidation & reduction reactions, Tollen’s test, Fehling's test, Benedict's test, iodoform test, Canizarro reaction

2-Feb-18 Fri Oxidation & reduction reactions, Tollen’s test, Fehling's test, Benedict's test, iodoform test, Canizarro reaction

3-Feb-18 Sat

Saturday Exam

Syllabus

For JEE-Main

Aldehydes and Ketones: Physical properties, nucleophilic addition reactions, Addition of ammonia derivatives, 2,4-DNP test,

Schiff's test, Beckmann rearrangement, Oxidation & reduction reactions, Tollen’s test, Fehling's test, Benedict's test, iodoform test,

Canizarro reaction(70%)

ETHERS : Preparation and reactions, Aldehydes and Ketones: Preparation of aldehyde & ketones(30%)

4-Feb-18 Sun SUNDAY

5-Feb-18 Mon Condensation Reactions : Aldolcondensation (self, crossed & intra molecular), Perkin condensation


For JEE-Advance




ETHERS : Preparation and reactions, Aldehydes and Ketones: Preparation of aldehyde & ketones(30%), Cumulative

Syllabus(10%)

6-Feb-18 Tue Condensation Reactions : Aldolcondensation (self, crossed & intra molecular), Perkin condensation

7-Feb-18 Wed Condensation Reactions : Aldolcondensation (self, crossed & intra molecular), Perkin condensation

8-Feb-18 Thu CARBOXYLIC ACIDS (2x 2 = 4) : Preparations, properties and reactions of carboxylic acids

9-Feb-18 Fri Preparations, properties and reactions of carboxylic acids

10-Feb-18 Sat

Saturday Exam

Syllabus

For JEE-Main

Condensation Reactions :Aldolconcdensation (self, crossed & intra molecular), Perkin condensation, CARBOXYLIC ACID:

Preparations, properties and reactions of carboxylic acids(70%)




11-Feb-18 Sun SUNDAY

12-Feb-18 Mon


For JEE-Advance

Condensation Reactions :Aldolcondensation (self, crossed & intra molecular), Perkin condensation, CARBOXYLIC ACID:

Preparations, properties and reactions of carboxylic acids(60%)



Canizarro reaction(30%), Cumulative Syllabus(10%)

Narayana IIT Academy

INDIA

Central Office, Madhapur-Hyd

Final _Jr.IIT IZ CO-SPARK 2017-2018 (In Coming Jr's)_(Teaching & Test Schedule)

Subject : MATHS Date Day Topic

20-Apr-17 THUR Real numbers, Rational and Irrational numbers, Factor Theorem, Remainder Theorem, Finding roots of Polynomial Equation using Factor Theorem

21-Apr-17 FRI Finding Polynomial with given roots, Intervals on Number Line, Wavy curve method, Rational Inequations

22-Apr-17 SAT Irrational Equation & Inequation


24-Apr-17 MON Modulus, its properties and graph

25-Apr-17 TUE Logarithm, its properties & graph

26-Apr-17 WED Equations/Inequations involving Logarithms, Exponentials, Modulus

27-Apr-17 THUR Greatest Integer, Least Integer, Fractional Part Functions & their graph

28-Apr-17 FRI Greatest Integer, Least Integer, Fractional Part Functions & their graph

29-Apr-17 SAT

Saturday Exam Syllabus For JEE-Main

Real numbers, Factor Theorem, Remainder Theorem, Finding roots of Polynomial Equation using Factor Theorem, Finding Polynomial with given roots, Wavy curve method, Rational Inequations, Irrational Equation & Inequation, Modulus: Its properties & graph, Logarithm: Its properties & graph, Equations/Inequation involving Logarithms, Exponentials, Modulus; Greatest Integer, Least Integer, Fractional Part Functions & their graph (100%)


Monday Exam Syllabus For JEE-Advance

Real numbers, Factor Theorem, Remainder Theorem, Finding roots of Polynomial Equation using Factor Theorem, Finding Polynomial with given roots, Wavy curve method, Rational Inequations, Irrational Equation & Inequation, Modulus: Its properties & graph, Logarithm: Its properties & graph, Equations/Inequation involving Logarithms, Exponentials, Modulus; Greatest Integer, Least Integer, Fractional Part Functions & their graph (100%)

01-May-17 MON Quadratic equations, Nature of roots, Relations between the roots & coefficients of Polynomial

02-May-17 TUE Transformation of Equation, Common Roots & its condition

03-May-17 WED Graph of Quadratic Expression, Location of Roots

04-May-17 THUR Location of Roots, Quadratic Inequation

5-May-17 FRI Range of Quadratic/Quadratic, Equations reducible to quadratic

6-May-17 SAT


Real numbers, Factor Theorem, Remainder Theorem, Finding roots of Polynomial Equation, Finding Polynomial with given roots using factor Theorem, Wavy curve method, Rational Inequations, Irrational Equation & Inequation, Modulus & its properties, Logarithm & its properties, Equations/Inequation involving Logarithms, Exponentials, Modulus; Greatest Integer, Least Integer & Fractional Part Functions (30%); Quadratic Equation (70%)

7-May-17 SUN SUNDAY


Real numbers, Factor Theorem, Remainder Theorem, Finding roots of Polynomial Equation, Finding Polynomial with given roots using factor Theorem, Wavy curve method, Rational Inequations, Irrational Equation & Inequation, Modulus & its properties, Logarithm & its properties, Equations/Inequation involving Logarithms, Exponentials, Modulus; Greatest Integer, Least Integer & Fractional Part Functions (30%); Quadratic Equation (70%)

8-May-17 MON Introduction, Properties of AP,AM,GP,GM

9-May-17 TUE Sum of ‘n’ Terms of AP,GP

10-May-17 WED Properties of HP, HM

11-May-17 THUR Sum of infinite GP, AGP

12-May-17 FRI method of differences/Vn method

13-May-17 SAT


Quadratic equation (30%); Properties of AP,AM,GP,GM; Sum of ‘n’ Terms of AP & GP, Properties of HP & HM; Sum of infinite GP & AGP, method of differences/Vn method (70%)


Monday Exam Syllabus For JEE-Advance Quadratic equation (30%); Properties of AP,AM,GP,GM; Sum of ‘n’ Terms of AP & GP, Properties of HP &

HM; Sum of infinite GP & AGP, method of differences/Vn method (60%); Cumulative (10%)

15-May-17 MON Triangular Inequality

16-May-17 TUE AM-GM-HM Inequalities

17-May-17 WED Power means and weighted means

18-May-17 THUR Cauchy-Schwartz Inequality

19-May-17 FRI Problems based on inequalities

20-May-17 SAT


Properties of AP,AM,GP,GM; Sum of ‘n’ Terms of AP & GP, Properties of HP & HM; Sum of infinite GP & AGP, method of differences/Vn method (60%); Triangular Inequality, AM-GM-HM Inequalities, Cauchy-Schwartz Inequality (40%)



Properties of AP,AM,GP,GM; Sum of ‘n’ Terms of AP & GP, Properties of HP & HM; Sum of infinite GP & AGP, method of differences/Vn method (60%); Triangular Inequality, AM-GM-HM Inequalities, Cauchy-Schwartz Inequality (30%); Cumulative (10%)

22-May-17 MON Measurement of Angles, Trigonometric Ratios & Identities

23-May-17 TUE T- Ratio of Compound angle

24-May-17 WED T- Ratio of Compound angle

25-May-17 THUR T-Ratio of Multiple, sub-multiple angles (Excluding graph, periodicity and extreme values)

26-May-17 FRI T-Ratio of some special angles

27-May-17 SAT


Complete Sequence & Series (30%); Measurement of Angles, Trigonometric Ratios & Identities, T- Ratio of Compound angle, Multiple, sub-multiple angles (Excluding graph, periodicity and extreme values) & some special angles (70%)



Complete Sequence & Series (30%); Measurement of Angles, Trigonometric Ratios & Identities, T- Ratio of Compound angle, Multiple, sub-multiple angles (Excluding graph, periodicity and extreme values) & some special angles (60%); Cumulative (10%)

29-May-17 MON Transformation formulae

30-May-17 TUE Conditional Identities

31-May-17 WED Conditional Identities

1-Jun-17 THUR Graphs of Trigonometric Functions, Periodicity and extreme values

2-Jun-17 FRI TELANGANA FORMATION DAY

3-Jun-17 SAT


Measurement of Angles, Trigonometric Ratios & Identities, T- Ratio of Compound angle, Multiple, sub-multiple angles & some special angles (30%); Transformation formulae, Conditional Identities, Graphs of Trigonometric Functions, Periodicity and extreme values (70%)

4-Jun-17 SUN SUNDAY


Measurement of Angles, Trigonometric Ratios & Identities, T- Ratio of Compound angle, Multiple, sub-multiple angles & some special angles (30%); Transformation formulae, Conditional Identities, Graphs of Trigonometric Functions, Periodicity and extreme values (60%); Cumulative(10%)

5-Jun-17 MON Trigonometric Equations -Introduction, Principal Solutions

6-Jun-17 TUE General Solution

7-Jun-17 WED Solution of Trigonometric equation using graph or otherwise

8-Jun-17 THUR Equations based on extreme values using graph or otherwise

9-Jun-17 FRI Trigonometric inequalities using graph or otherwise

10-Jun-17 SAT


Transformation formulae, Conditional Identities, Graphs of Trigonometric Functions, Periodicity and extreme values (30%); Trigonometric Equations (70%)



Transformation formulae, Conditional Identities, Graphs of Trigonometric Functions, Periodicity and extreme values (30%); Trigonometric Equations (60%); Cumulative (10%)

12-Jun-17 MON Introduction of Determinants & its Properties

13-Jun-17 TUE Properties of Determinants

14-Jun-17 WED Properties of Determinants

15-Jun-17 THUR Expressing a Determinant as a product of two Determinants

16-Jun-17 FRI Cramer's Rule

17-Jun-17 SAT


Trigonometric Equations (30%); Determinant (70%)



Trigonometric Equations (30%); Determinant (60%); Cumulative (10%)

19-Jun-17 MON Principal of Mathematical Induction & Its simple application

20-Jun-17 TUE Sets and their representation, Union, Intersection and Complement of sets and their algebraic properties, Subset, Superset & Power set

21-Jun-17 WED Relation, types of Relation, Equivalence relation & Class

22-Jun-17 THUR HOME-SICK HOLIDAYS

23-Jun-17 FRI HOME-SICK HOLIDAYS

24-Jun-17 SAT HOME-SICK HOLIDAYS

25-Jun-17 SUN HOME-SICK HOLIDAYS

26-Jun-17 MON HOME-SICK HOLIDAYS (RAMZAN)

27-Jun-17 TUE Types of Matrices and their properties, Algebra of Matrices

28-Jun-17 WED Transpose of Matrix, Symmetric & Skew-Symmetric Matrix, Idempotent, Nilpotent & Involutary matrices

29-Jun-17 THUR Determinant of a square Matrix, Adjoint and Inverse of a matrix and its properties, Orthogonal Matrix

30-Jun-17 FRI Solving system of Linear Equations using Matrix

1-Jul-17 SAT


Determinant (30%); Matrices (70%)

2-Jul-17 SUN Sunday


Determinant (30%); Matrices (60%); Cumulative (10%)

3-Jul-17 MON 2-D GEOMETRY: Distance Formula, Section formula

4-Jul-17 TUE Finding various Centres with given vertices of a triangle, Area of Triangle, Collinearity of Points

5-Jul-17 WED Locus(Simple problems)

6-Jul-17 THUR Translation and Rotation of axes

7-Jul-17 FRI Miscellaneous Problems

8-Jul-17 SAT


Matrices (30%); 2-D GEOMETRY: Distance Formula, Section formula, Finding various Centres with given vertices of a triangle, Area of Triangle, Collinearity of Points, Locus(Simple problems), Translation and Rotation of axes (70%)

9-Jul-17 Sun Sunday


Matrices (30%); 2-D GEOMETRY: Distance Formula, Section formula, Finding various Centres with given vertices of a triangle, Area of Triangle, Collinearity of Points, Locus(Simple problems), Translation and Rotation of axes (60%); Cumulative (10%)

10-Jul-17 MON Equation of Straight Line: General form, Slope Form, Intercept Form

11-Jul-17 TUE Equation of Straight Line: Normal form, Two Point Form, Parametric Form

12-Jul-17 WED Angle between two lines, Intersection of two lines, Position of Two Points w.r.t a line

13-Jul-17 THUR Length of perpendicular distance of a point from a line, Distance between parallel lines, Reflection of a point w.r.t a line

14-Jul-17 FRI Optimization using Triangular Inequality & Miscellaneous Problems

15-Jul-17 SAT


2-D GEOMETRY: Distance Formula, Section formula, Finding various Centres with given vertices of a triangle, Area of Triangle, Collinearity of Points, Locus(Simple problems), Translation and Rotation of axes (30%); Equation of Straight Line: General form, Slope Form, Intercept Form, Normal form, Two Point Form & Parametric Form, Angle between two lines, Intersection of two lines, Position of Two Points w.r.t a line, Length of perpendicular distance of a point from a line, Distance between parallel lines, Reflection of a point w.r.t a line, Optimization using Triangular Inequality (70%)



2-D GEOMETRY: Distance Formula, Section formula, Finding various Centres with given vertices of a triangle, Area of Triangle, Collinearity of Points, Locus(Simple problems), Translation and Rotation of axes (30%); Equation of Straight Line: General form, Slope Form, Intercept Form, Normal form, Two Point Form & Parametric Form, Angle between two lines, Intersection of two lines, Position of Two Points w.r.t a line, Length of perpendicular distance of a point from a line, Distance between parallel lines, Reflection of a point w.r.t a line, Optimization using Triangular Inequality (60%); Cumulative (10%)

17-Jul-17 MON Location of origin (or a point) w.r.t two lines, Angle Bisectors

18-Jul-17 TUE Family of lines, Concurrency of three or more lines, System of linear equations in two variable

19-Jul-17 WED Pair of straight lines passing through the origin

20-Jul-17 THUR Homogenisation

21-Jul-17 FRI General Pair of straight lines

22-Jul-17 SAT


Equation of Straight Line: General form, Slope Form, Intercept Form, Normal form, Two Point Form & Parametric Form, Angle between two lines, Intersection of two lines, Position of Two Points w.r.t a line, Length of perpendicular distance of a point from a line, Distance between parallel lines, Reflection of a point w.r.t a line, Optimization using Triangular Inequality (30%); Location of origin (or a point) w.r.t two lines, Angle Bisectors, Family of lines, Concurrency of three or more lines, System of linear equations in two variable, Pair of straight lines passing through the origin, Homogenisation, General Pair of straight lines (70%)



Equation of Straight Line: General form, Slope Form, Intercept Form, Normal form, Two Point Form & Parametric Form, Angle between two lines, Intersection of two lines, Position of Two Points w.r.t a line, Length of perpendicular distance of a point from a line, Distance between parallel lines, Reflection of a point w.r.t a line, Optimization using Triangular Inequality (50%); Location of origin (or a point) w.r.t two lines, Angle Bisectors, Family of lines, Concurrency of three or more lines, System of linear equations in two variable (40%); Cumulative (10%)

24-Jul-17 MON Funcitons and their domain

25-Jul-17 TUE Elementry functions and their graphs

26-Jul-17 WED Algebra of functions and their domain

27-Jul-17 THUR Even and Odd functions

28-Jul-17 FRI Periodic functions

29-Jul-17 SAT

Saturday Exam Syllabus For JEE-Main Complete Straight Lines (30%); Funcitons and their domain, Elementry functions and their graphs,

Algebra of functions and their domain, Even and Odd functions, Periodic functions (70%)

30-Jul-17 SUN Sunday


Complete Straight Lines (30%); Funcitons and their domain, Elementry functions and their graphs, Algebra of functions and their domain, Even and Odd functions, Periodic functions (60%); Cumulative (10%)

31-Jul-17 MON Composite functions and their domain

1-Aug-17 TUE Co-domain& Range of functions (Avoid use of derivative)

2-Aug-17 WED Range of functions (Avoid use of derivative)

3-Aug-17 THU Types of functions: One-one, many-one, Onto, Into functions (Excluding counting of number of such functions)

4-Aug-17 FRI Miscellaneous Problems

5-Aug-17 SAT


Funcitons and their domain, Elementry functions and their graphs, Algebra of functions and their domain, Even and Odd functions, Periodic functions (30%); Composite functions and their domain, Range of functions (Avoid use of derivative), Types of functions: One-one, many-one, Onto, Into functions (Excluding counting of number of such functions) (70%)

6-Aug-17 SUN Sunday


Funcitons and their domain, Elementry functions and their graphs, Algebra of functions and their domain, Even and Odd functions, Periodic functions (30%); Composite functions and their domain, Range of functions (Avoid use of derivative), Types of functions: One-one, many-one, Onto, Into functions (Excluding counting of number of such functions) (60%); Cumulative (10%)

7-Aug-17 MON Inverse of a function & its properties

8-Aug-17 TUE Transformations of a graph

9-Aug-17 WED Transformations of a graph, Number of solutions of an equation using graph

10-Aug-17 THU RAKHI

11-Aug-17 FRI Functional equation (without differentiation/integration)

12-Aug-17 SAT


Composite functions and their domain, Range of functions (Avoid use of derivative), Types of functions: One-one, many-one, Onto, Into functions (Excluding counting of number of such functions) (30%); Inverse of a function & its properties, Transformations of a graph, Number of solutions of an equation using graph, Functional equation (without differentiation/integration) (70%)



Composite functions and their domain, Range of functions (Avoid use of derivative), Types of functions: One-one, many-one, Onto, Into functions (Excluding counting of number of such functions) (30%); Inverse of a function & its properties, Transformations of a graph, Number of solutions of an equation using graph, Functional equation (without differentiation/integration) (60%); Cumulative (10%)

14-Aug-17 Mon SRI KRISHNA ASHTAMI

15-Aug-17 Tue INDEPENDENCE DAY

16-Aug-17 Wed Inverse Trigonometric Function & their principal range

17-Aug-17 Thu Identities of Inverse Trigonometric Function

18-Aug-17 Fri sum of Inverse Trigonometric Function series

19-Aug-17 Sat

Saturday Exam Syllabus For JEE-Main Complete Function (30%); Inverse Trigonometric Function (70%)



Complete Function (30%); Inverse Trigonometric Function (60%); Cumulative (10%)

21-Aug-17 Mon Introduction of limit, Indeterminate forms, Standarad Limits of 0/0 form

22-Aug-17 TUE Limits of ∞/∞ form, ∞-∞ form, ∞.0 form

23-Aug-17 WED Existence of limits (L.H.L and R.H.L), L'Hospital rule, Series Expansion

24-Aug-17 THU Limits of 1∞ form, ∞0 form, 00 form and miscellaneous problems

25-Aug-17 FRI VINAYAKA CHAVITHI

26-Aug-17 SAT


Inverse Trigonometric Function (30%); Limits (70%)

27-Aug-17 Sun


Inverse Trigonometric Function (30%); Limits (60%); Cumulative (10%)

28-Aug-17 MON Continuity at a point

29-Aug-17 TUE Continuity in an interval & theorems on continuity, Intermediate values theorem

30-Aug-17 WED Differentiability at a point, LHD & RHD

31-Aug-17 THU Differentiability in an interval & theorems on Differentiability

1-Sep-17 FRI Problems on continuity and differentiability

2-Sep-17 SAT BAKIRID


Limits (30%); Continuity & Differentiability (70%)

3-Sep-17 Sun


Limits (30%); Continuity & Differentiability (60%); Cumulative (10%)

4-Sep-17 Mon Differentiation from First Principle, Basic Rules of Differentiation

5-Sep-17 Tue TEACHER'S DAY

6-Sep-17 Wed Logarithmic & Parametric Differentiation, Differentiation of Implicit Functions

7-Sep-17 Thu Differentiation using substitution, Derivative of a function w.r.t another function, Summation of some Series using Derivative

8-Sep-17 Fri Higher Order Derivative, solving Fucntional Equations using differentiation

9-Sep-17 Sat


Continuity & Differentiability (30%); Methods of Differentiation (70%)



Continuity & Differentiability (30%); Methods of Differentiation (60%); Cumulative (10%)

11-Sep-17 MON CIRCLES: Equation of Circle in various forms

12-Sep-17 TUE Length of intercept made by the circle on axes, Position of a point w.r.t a Circle, Length of Chord

13-Sep-17 WED Tangent and Normal to a circle, Pair of Tangents to the Circle, Director Circle

14-Sep-17 THU Equation of Chord of Contact & its length, equation of chord with given midpoint

15-Sep-17 FRI Point Circle,

16-Sep-17 SAT


Methods of Differentiation (30%); Equation of Circle in various forms, Length of intercept made by the circle on axes, Position of a point w.r.t a Circle, Length of Chord, angent and Normal to a circle, Pair of Tangents to the Circle, Director Circle, Equation of Chord of Contact & its length, equation of chord with given midpoint(70%)


Saturday Exam Syllabus For JEE-Advance

Methods of Differentiation (30%); Equation of Circle in various forms, Length of intercept made by the circle on axes, Position of a point w.r.t a Circle, Length of Chord, angent and Normal to a circle, Pair of Tangents to the Circle, Director Circle, Equation of Chord of Contact & its length, equation of chord with given midpoint, (60%); Cumulative (10%)

18-Sep-17 Mon FAMILY OF CIRCLES

19-Sep-17 Tue Relative Position of two Circles, Length of common tangents

20-Sep-17 Wed Angle of intersection of two Circles, Orthogonal Circle

21-Sep-17 Thu Equation & Length of common chord, Radical Axis & Center

Friday Exam Syllabus For JEE-Main &

Advanced

Equation of Circle in various forms, Length of intercept made by the circle on axes, Position of a point w.r.t a Circle, Length of Chord, angent and Normal to a circle, Pair of Tangents to the Circle, Director Circle, Equation of Chord of Contact & its length, equation of chord with given midpoint, Family of Circles (40%); Relative Position of two Circles, Length of common tangents, Angle of intersection of two Circles, Orthogonal Circle, Equation & Length of common chord, Radical Axis & Center (60%)

22-Sep-17 Fri DUSSEHRA HOLIDAYS (AFTER THE EXAM 10:30 AM ONWARDS)

23-Sep-17 Sat DUSSEHRA HOLIDAYS for TS & AP

24-Sep-17 Sun DUSSEHRA HOLIDAYS for TS & AP

25-Sep-17 Mon DUSSEHRA HOLIDAYS for TS & AP

26-Sep-17 Tue DUSSEHRA HOLIDAYS for TS & AP

27-Sep-17 Wed DUSSEHRA HOLIDAYS for TS/ Binomial Theorem for positive integral Index for AP

28-Sep-17 Thu DUSSEHRA HOLIDAYS for TS/ Properties of Binomial Coefficients for AP

29-Sep-17 Fri DUSSEHRA HOLIDAYS for TS/ Middle Term & Numerically Greatest Term for AP

30-Sep-17 Sat DUSSEHRA HOLIDAYS for TS/ Binomial Theorem for any rational Index for AP

1-Oct-17 Sun MOHARRAM


3-Oct-17 Tue Standard equation of Parabola, Focus, Directrix, Axis, Latus Rectum

4-Oct-17 Wed Position of a point w.r.r a parabola, Parametric Equation, Equation of chord joining two points, properties of focal chord, chord in terms of midpoint

5-Oct-17 Thu Intersection of line and parabola, Condition of tangency, Equation of Tangent in various form

6-Oct-17 Fri Properties of tangents & miscellaneous problems

Sat


Complete Circle (30%); Standard equation of Parabola, Focus, Directrix, Axis, Latus Rectum, Position of a point w.r.r a parabola, Parametric Equation, Equation of chord joining two points, properties of focal chord, chord in terms of midpoint, Intersection of line and parabola, Condition of tangency, Equation of Tangent in various form, Properties of tangents (70%)

8-Oct-17 SUN Sunday


Complete Circle (30%); Standard equation of Parabola, Focus, Directrix, Axis, Latus Rectum, Position of a point w.r.r a parabola, Parametric Equation, Equation of chord joining two points, properties of focal chord, chord in terms of midpoint, Intersection of line and parabola, Condition of tangency, Equation of Tangent in various form, Properties of tangents (60%); Cumulative (10%)

9-Oct-17 MON Pair of tangents, Point of intersection of pair of tangents, Chord of Contact

10-Oct-17 Tue Equation of Normal

11-Oct-17 Wed Number of normals passing through a given point (co-normal points)

12-Oct-17 Thu Reflection Property of Parabola

13-Oct-17 Fri Miscellaneous Problems

14-Oct-17 Sat


Standard equation of Parabola, Focus, Directrix, Axis, Latus Rectum, Position of a point w.r.r a parabola, Parametric Equation, Equation of chord joining two points, properties of focal chord, chord in terms of midpoint, Intersection of line and parabola, Condition of tangency, Equation of Tangent in various form, Properties of tangents (40%); Pair of tangents, Point of intersection of pair of tangents, Chord of Contact, Equation of Normal, Number of normals passing through a given point (co-normal points), Reflection Property of Parabola (60%)



Standard equation of Parabola, Focus, Directrix, Axis, Latus Rectum, Position of a point w.r.r a parabola, Parametric Equation, Equation of chord joining two points, properties of focal chord, chord in terms of midpoint, Intersection of line and parabola, Condition of tangency, Equation of Tangent in various form, Properties of tangents (40%); Pair of tangents, Point of intersection of pair of tangents, Chord of Contact, Equation of Normal, Number of normals passing through a given point (co-normal points), Reflection Property of Parabola (50%); Cumulative (10%)

16-Oct-17 Mon Standard equation of Ellipse, Foci, Directrices, Axes, Latus Rectum

17-Oct-17 Tue Position of a point w.r.r a Ellipse, Parametric equation, Eccentric angle, Auxiliary Circle, equation of chord in parametric form, equation of chord with given midpoint

18-Oct-17 Wed DIWALI

19-Oct-17 Thu Condition of Tangency, Equation of tangent and its properties, Director Circle

20-Oct-17 Fri Chord of Contact, Pair of Tangents, Equation of normal and its properties, Reflection property of Ellipse

21-Oct-17 Sat


Complete Parabola (30%); Ellipse (70%)



Complete Parabola (30%); Ellipse (60%); Cumulative (10%)

23-Oct-17 Mon Standard equation of Hyperbola, Foci, Directrices, Axes, Latus Rectum, conjugate hyperbola

24-Oct-17 Tue Position of a point w.r.r a Ellipse, Parametric equation, Eccentric angle, Auxiliary Circle, equation of chord in parametric form, equation of chord with given midpoint, Condition of Tangency, Equation of tangent and its properties

25-Oct-17 Wed Director Circle, Chord of Contact, Pair of Tangents, Equation of normal and its properties, Reflection property of Hyperbola

26-Oct-17 Thu Asymptotes of a Hyperbola, Rectangular Hyperbola

27-Oct-17 Fri Equations of tangent and normal of rectangular hyperbola

28-Oct-17 Sat


Ellipse (30%); Hyperbola (70%)



Ellipse (30%); Hyperbola (60%); Cumulative (10%)

30-Oct-17 Mon Application of Derivative: Tangents and Normals

31-Oct-17 Tue Tangents and Normals

1-Nov-17 Wed Angle between the two curves, Orhtogonal Curves

2-Nov-17 Thu Rate Measure

3-Nov-17 Fri Error & Approximation



Hyperbola (30%); Application of Derivative: Tangents and Normals, Angle between the two curves, Orhtogonal Curves, Rate Measure, Error & Approximation (70%)

5-Nov-17 Sun Sunday


Hyperbola (30%); Application of Derivative: Tangents and Normals, Angle between the two curves, Orhtogonal Curves, Rate Measure, Error & Approximation (60%); Cumulative (10%)

6-Nov-17 Mon Interval of Monotonocity

7-Nov-17 Tue Application of Monotonicity

8-Nov-17 Wed Application of Monotonicity, Concavity of the curve, Jensen's Inequality

9-Nov-17 Thu Rolle's Theorem

10-Nov-17 Fri Lagrange Mean value Theorem

11-Nov-17 Sat


Application of Derivative: Tangents and Normals, Angle between the two curves, Orhtogonal Curves, Rate Measure, Error & Approximation (30%); Interval of Monotonocity, Application of Monotonicity, Concavity of the curve, Jensen's Inequality, Rolle's Theorem, Lagrange Mean value Theorem (70%)



Application of Derivative: Tangents and Normals, Angle between the two curves, Orhtogonal Curves, Rate Measure, Error & Approximation (30%); Interval of Monotonocity, Application of Monotonicity, Concavity of the curve, Jensen's Inequality, Rolle's Theorem, Lagrange Mean value Theorem (60%); Cumulative (10%)

13-Nov-17 Mon Local maxima & minima, Stationary points and Critical points

14-Nov-17 Tue Global maxima and global minima, Maxima and minima using first order derivative

15-Nov-17 Wed Maxima and minima using second order derivative, Physical problems on maxima and minima

16-Nov-17 Thu Applications of maxima and minima in solving equations

17-Nov-17 Fri Maxima and minima using AM-GM relation & Miscellaneous problems

18-Nov-17 Sat


Interval of Monotonocity, Application of Monotonicity, Concavity of the curve, Jensen's Inequality, Rolle's Theorem, Lagrange Mean value Theorem (30%); Local maxima & minima, Stationary points and Critical points, Global maxima and global minima, Maxima and minima using first order derivative, Maxima and minima using second order derivative, Physical problems on maxima and minima, Applications of maxima and minima in solving equations, Maxima and minima using AM-GM relation & Miscellaneous problems (70%)



Interval of Monotonocity, Application of Monotonicity, Concavity of the curve, Jensen's Inequality, Rolle's Theorem, Lagrange Mean value Theorem (30%); Local maxima & minima, Stationary points and Critical points, Global maxima and global minima, Maxima and minima using first order derivative, Maxima and minima using second order derivative, Physical problems on maxima and minima, Applications of maxima and minima in solving equations, Maxima and minima using AM-GM relation & Miscellaneous problems (60%); Cumulative (10%)

20-Nov-17 Mon Complete AOD Revision

21-Nov-17 Tue Complete AOD Revision

22-Nov-17 Wed Complete AOD Revision

23-Nov-17 Thu Complete AOD Revision

24-Nov-17 Fri Complete AOD Revision

25-Nov-17 Sat


Complete AOD (100%)



Complete AOD (90%); Cumulative (10%)

27-Nov-17 Mon Properties of Triangle:- Sine rule

28-Nov-17 Tue Cosine Rule

29-Nov-17 Wed Projection rule, Area formula

30-Nov-17 Thu Half Angle formula, Napier's Analogy

1-Dec-17 Fri Ambiguous case

2-Dec-17 Sat


Properties of Triangle:- Sine rule, Cosine Rule, Projection rule, Area formula, Half Angle formula, Napier's Analogy, Ambiguous case (100%)

3-Dec-17 Sun Sunday


Properties of Triangle:- Sine rule, Cosine Rule, Projection rule, Area formula, Half Angle formula, Napier's Analogy, Ambiguous case (90%); Cumulative (10%)

4-Dec-17 Mon Inradius, Exradii of a triangle

5-Dec-17 Tue Inradius, Exradii of a triangle

6-Dec-17 Wed Pedal tringle , Excentral triangle, Nine Point Circle

7-Dec-17 Thu Distance between the Orthocentre, Cirucumcentre and Incentre

8-Dec-17 Fri Miscellaneous Problems

9-Dec-17 Sat


Complete Properties of Triangle (100%)



Complete Properties of Triangle (90%); Cumulative (10%)

11-Dec-17 Mon Vector Algebra, Triangle and Parallelogram laws

12-Dec-17 Tue Position Vectors, Collinearity and coplanarity of points & vectors, Section Formula, Geometrical Problems

13-Dec-17 Wed Linear combination of vectors, Linearly Independent Vectors

14-Dec-17 Thu Dot product of two Vector & Its Properties, Angle between Vectors

15-Dec-17 Fri Projection & Miscellaneous Problems

16-Dec-17 Sat


Complete Properties of Triangle (20%); Vector Algebra, Triangle and Parallelogram laws, Position Vectors, Collinearity and coplanarity of points & vectors, Section Formula, Geometrical Problems, Linear combination of vectors, Linearly Independent Vectors, Dot product of two Vector & Its Properties, Angle between Vectors, Projection (80%)



Complete Properties of Triangle (20%); Vector Algebra, Triangle and Parallelogram laws, Position Vectors, Collinearity and coplanarity of points & vectors, Section Formula, Geometrical Problems, Linear combination of vectors, Linearly Independent Vectors, Dot product of two Vector & Its Properties, Angle between Vectors, Projection (70%); Cumulative (10%)

18-Dec-17 Mon Cross product of two vectors & Its Properties, Area of the triangle

19-Dec-17 Tue Scalar Triple Product & Its Properties

20-Dec-17 Wed Volume of Tetrahedron & Parallelopiped, Reciprocal Vectors

21-Dec-17 Thu Vector Triple Product, Solving Vector equations

22-Dec-17 Fri Miscellaneous Problems

23-Dec-17 Sat


Vector Algebra, Triangle and Parallelogram laws, Position Vectors, Collinearity and coplanarity of points & vectors, Section Formula, Geometrical Problems, Linear combination of vectors, Linearly Independent Vectors, Dot product of two Vector & Its Properties, Angle between Vectors, Projection (30%); Cross product of two vectors & Its Properties, Area of the triangle, Scalar Triple Product & Its Properties, Volume of Tetrahedron & Parallelopiped, Reciprocal Vectors, Vector Triple Product, Solving Vector equations (70%)


25-Dec-17 Mon CHRISTAMAS


Vector Algebra, Triangle and Parallelogram laws, Position Vectors, Collinearity and coplanarity of points & vectors, Section Formula, Geometrical Problems, Linear combination of vectors, Linearly Independent Vectors, Dot product of two Vector & Its Properties, Angle between Vectors, Projection (30%); Cross product of two vectors & Its Properties, Area of the triangle, Scalar Triple Product & Its Properties, Volume of Tetrahedron & Parallelopiped, Reciprocal Vectors, Vector Triple Product, Solving Vector equations (60%); Cumulative (10%)

26-Dec-17 Tue 3D- Geometry: Distance Formula, Section formula, Direction Ratio & Cosine of a line

27-Dec-17 Wed Vector and Cartesian form of a line equation (Only in Symmetric form)

28-Dec-17 Thu Angle between the two lines, Intersection of two lines

29-Dec-17 Fri Skew lines and shortest distances between the lines

30-Dec-17 Sat


Complete Vector (30%); 3D- Geometry: Distance Formula, Section formula, Direction Ratio & Cosine of a line, Vector and Cartesian form of a line equation (Only in Symmetric form), Angle between the two lines, Intersection of two lines, Skew lines and shortest distances between the lines (70%)



Complete Vector (30%); 3D- Geometry: Distance Formula, Section formula, Direction Ratio & Cosine of a line, Vector and Cartesian form of a line equation (Only in Symmetric form), Angle between the two lines, Intersection of two lines, Skew lines and shortest distances between the lines (60%); Cumulative (10%)

1-Jan-18 Mon NEW YEAR

2-Jan-18 Tue Vector and Cartesian form of a Plane equation

3-Jan-18 Wed Angle between the planes, Distance of a point from the Plane, Parallel Planes, Two Sides of Plane

4-Jan-18 Thu Image of point/line w.r.t the Plane, Line & Plane, Family of Planes

5-Jan-18 Fri Line as a intersection of two planes, Bisector Planes, System of three planes

6-Jan-18 Sat


3D- Geometry: Distance Formula, Section formula, Direction Ratio & Cosine of a line, Vector and Cartesian form of a line equation (Only in Symmetric form), Angle between the two lines, Intersection of two lines, Skew lines and shortest distances between the lines (30%); Vector and Cartesian form of a Plane equation, Angle between the planes, Distance of a point from the Plane, Parallel Planes, Two Sides of Plane, Image of point/line w.r.t the Plane, Line & Plane, Family of Planes, Line as a intersection of two planes, Bisector Planes, System of three planes (70%)

7-Jan-18 Sun


3D- Geometry: Distance Formula, Section formula, Direction Ratio & Cosine of a line, Vector and Cartesian form of a line equation (Only in Symmetric form), Angle between the two lines, Intersection of two lines, Skew lines and shortest distances between the lines (30%); Vector and Cartesian form of a Plane equation, Angle between the planes, Distance of a point from the Plane, Parallel Planes, Two Sides of Plane, Image of point/line w.r.t the Plane, Line & Plane, Family of Planes, Line as a intersection of two planes, Bisector Planes, System of three planes (60%); Cumulative (10%)

8-Jan-18 Mon PONGAL HOLIDAYS for AP (AFTER THE EXAM 10:30 AM ONWARDS)/ Binomial Theorem for positive integral Index for TS

9-Jan-18 Tue PONGAL HOLIDAYS for AP/ Properties of Binomial Coefficients for TS

10-Jan-18 Wed PONGAL HOLIDAYS for AP/ Middle Term & Numerically Greatest Term for TS

11-Jan-18 Thu PONGAL HOLIDAYS for AP/ Binomial Theorem for any rational Index for TS

12-Jan-18 Fri PONGAL HOLIDAYS for AP & TS

13-Jan-18 Sat PONGAL HOLIDAYS for AP & TS

14-Jan-18 Sun PONGAL HOLIDAYS for AP & TS

15-Jan-18 Mon PONGAL HOLIDAYS for AP & TS

16-Jan-18 Tue Revision of Binomial Theorem & Double Summation

17-Jan-18 Wed Multinomial Theorem

18-Jan-18 Thu Miscellaneous Problems of Binomial Theorem

19-Jan-18 Fri Miscellaneous Problems of Binomial Theorem

20-Jan-18 Sat


Complete Binomial Theorem (100%)

21-Jan-18 Sun Sunday


Complete Binomial Theorem (90%); Cumulative (10%)

22-Jan-18 Mon HYPERBOLIC FUNCTIONS

23-Jan-18 Tue HYPERBOLIC FUNCTIONS

24-Jan-18 Wed Measures of dispersion, Calculation of mean, madian, mode of grouped and ungrouped data

25-Jan-18 Thu Caluculation of Mean Deviation for grouped and ungrouped data, Variance & Standard Deviation

26-Jan-18 Fri REPUBLIC DAY

27-Jan-18 Sat


Sets and their representation, Union, Intersection and Complement of sets and their algebraic properties, Subset, Superset & Power set, Relation, types of Relation, Equivalence relation & Class, Measures of dispersion, Calculation of mean, madian & mode of grouped and ungrouped data, Caluculation of Mean Deviation for grouped and ungrouped data, Variance & Standard Deviation (100%)



Complete Vector (50%); Three Dimensional Geometry (50%)

29-Jan-18 Mon Height and Distance

30-Jan-18 Tue Height and Distance

31-Jan-18 Wed Mathematical Reasoning (Statements, Logical Operations : and/or/implies/implied by/if and only if)

1-Feb-18 Thu Mathematical Reasoning (Understanding of Tautology, Contradiction, Converse and Contrapositive)

2-Feb-18 Fri Mathematical Reasoning (Boolean Algebra)

3-Feb-18 Sat


Height and Distance, Mathematical Reasoning: Statements, Logical Operations- and/or/implies/implied by/if and only if, Understanding of Tautology, Contradiction, Converse and Contrapositive

4-Feb-18 Sun Sunday


Complete Matrices & Determinant (100%)

5-Feb-18 Mon REVISION OF COMPLETE TRIGONOMETRY

6-Feb-18 Tue REVISION OF COMPLETE TRIGONOMETRY

7-Feb-18 Wed REVISION OF COMPLETE TRIGONOMETRY

8-Feb-18 Thu REVISION OF COMPLETE TRIGONOMETRY

9-Feb-18 Fri REVISION OF COMPLETE TRIGONOMETRY

10-Feb-18 Sat


COMPLETE TRIGONOMETRY(100%)

11-Feb-18 Sun Sunday

12-Feb-18 Mon


COMPLETE TRIGONOMETRY(100%)

Narayana IIT Academy

INDIA

Central Office, Madhapur-Hyd

Final _Jr.IIT IZ CO-SPARK 2017-2018 (In Coming Jr's)_(Teaching & Test Schedule)

Subject : PHYSICS

Date Day Topic

20-Apr-17 THUR General Physics - Physics and world (Reference : IPE class XI text book chapter-I)

21-Apr-17 FRI General Physics - Physics and world (Reference : IPE class XI text book chapter-I)

22-Apr-17 SAT General Physics - Physics and world (Reference : IPE class XI text book chapter-I)


24-Apr-17 MON Complete Reflection (Plane mirrors + Spherical mirrors) (exclude problems involving relative motion and differential and integral calculus)

25-Apr-17 TUE Complete Reflection (Plane mirrors + Spherical mirrors) (exclude problems involving relative motion and differential and integral calculus)

26-Apr-17 WED Complete Reflection (Plane mirrors + Spherical mirrors) (exclude problems involving relative motion and differential and integral calculus)

27-Apr-17 THUR Complete Reflection (Plane mirrors + Spherical mirrors) (exclude problems involving relative motion and differential and integral calculus)

28-Apr-17 FRI Complete Reflection (Plane mirrors + Spherical mirrors) (exclude problems involving relative motion and differential and integral calculus)

29-Apr-17 SAT


Complete Reflection (100%)



Complete Reflection (100%) (exclude problems involving relative motion and differential and integral calculus)

01-May-17 MON Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

02-May-17 TUE Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

03-May-17 WED Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

04-May-17 THUR Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

5-May-17 FRI Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

6-May-17 SAT


Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and

differential and integral calculus)

7-May-17 SUN SUNDAY


Refraction at plane surface, TIR and Prism, Refraction at curved surface (exclude problems involving relative motion and differential and integral calculus)

8-May-17 MON Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus)

9-May-17 TUE Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus)

10-May-17 WED Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus)

11-May-17 THUR Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus)

12-May-17 FRI Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus)

13-May-17 SAT


Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus) (50%) (exclude problems involving relative motion and differential and integral calculus) Refraction at plane surface, TIR and Prism, Refraction at curved surface (50%) (exclude problems involving relative motion and differential and integral calculus)



Lenses and combination of lenses + experiments involving concave mirror, convex lens, concave lens (including optical bench) (Reference : JEE mains syllabus) (50%) (exclude problems involving relative motion and differential and integral calculus) Refraction at plane surface, TIR and Prism, Refraction at curved surface (50%) (exclude problems involving relative motion and differential and integral calculus)

15-May-17 MON Vernier callipers + Screwgauge + Optical instruments without Diffraction effects

16-May-17 TUE Vernier callipers + Screwgauge + Optical instruments without Diffraction effects

17-May-17 WED Vernier callipers + Screwgauge + Optical instruments without Diffraction effects

18-May-17 THUR Vernier callipers + Screwgauge + Optical instruments without Diffraction effects

19-May-17 FRI Vernier callipers + Screwgauge + Optical instruments without Diffraction effects

20-May-17 SAT


Vernier callipers + Screwgauge + Optical instruments without Diffraction effects (100%)



Complete Ray Optics of JEE ADV syllabus (50%) + Vernier callipers, Screw gauge (50%) (excluding problems involving relative motion and calculus)

22-May-17 MON

Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate

geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include

expression for areas of standard geometrical figures like - cone, ellipse etc. Limits, Continuity & differentiation . Application

of differentiation - Maxima, Minima

23-May-17 TUE

Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate

geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include

expression for areas of standard geometrical figures like - cone, ellipse etc. Limits, Continuity & differentiation . Application

of differentiation - Maxima, Minima

24-May-17 WED

Integration & its application, Complete vectors (Introduction to physical quantities like Position Vectors , displacement Vectors ,Velocity Vector ,acceleraction Vector and mathematical relation between them), EXCLUDE ((Derivation of ) Problems on accelaration due to gravity ,Lammi's Theorem ,Projectile motion and relative motion ,Graphs

25-May-17 THUR


26-May-17 FRI


27-May-17 SAT


Integration & its application, Complete vectors (Introduction to physical quantities like Position Vectors , displacement Vectors ,Velocity Vector ,acceleraction Vector and mathematical relation between them), EXCLUDE ((Derivation of ) Problems on accelaration due to gravity ,Lammi's Theorem ,Projectile motion and relative motion ,Graphs Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include expression for areas of standard geometrical figures like - cone, ellipse etc. Limits, Continuity & differentiation . Application of differentiation - Maxima, Minima, Integration & its application (100%)

28-May-17 SUNDAY


Integration & its application, Complete vectors (Introduction to physical quantities like Position Vectors , displacement Vectors ,Velocity Vector ,acceleraction Vector and mathematical relation between them), EXCLUDE ((Derivation of ) Problems on accelaration due to gravity ,Lammi's Theorem ,Projectile motion and relative motion ,Graphs Basic Mathematics: Algebra(logarithms,quadratic equations and expressions),Trigonometry,Co-ordinate geometry(Straightlines),Graphs: Straightline,Parabola,Rectangular hyperbola,Circle,sine,cosine,exponential + Include expression for areas of standard geometrical figures like - cone, ellipse etc. Limits, Continuity & differentiation . Application of differentiation - Maxima, Minima, Integration & its application (100%)

29-May-17 MON Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs

30-May-17 TUE Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs

31-May-17 WED Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs

1-Jun-17 THUR Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs

2-Jun-17 FRI Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs

3-Jun-17 SAT


Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs (70%)

Integration & its application, Complete vectors (Introduction to physical quantities like Position Vectors , displacement

Vectors ,Velocity Vector ,acceleraction Vector and mathematical relation between them) (30%)

4-Jun-17 SUNDAY


Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs (60%)

Integration & its application, Complete vectors (Introduction to physical quantities like Position Vectors , displacement

Vectors ,Velocity Vector ,acceleraction Vector and mathematical relation between them) (30%)

Cummulative syllabus covered till now (10%)

5-Jun-17 MON Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)

6-Jun-17 TUE Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)

7-Jun-17 WED Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)

8-Jun-17 THUR Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)

9-Jun-17 FRI Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes)

10-Jun-17 SAT


Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes) (70%) Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs (30%)



Non - uniform accelarated motion in 1D & related graphs,Motion in 2D,Projectile motion(Excluding projection on inclined planes) (60%) Kinematics : Motion in 1D,Uniform motion,uniform accelerated motion,motion under gravity and related graphs (30%) Cummulative syllabus covered till now (10%)

12-Jun-17 MON Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

13-Jun-17 TUE Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

14-Jun-17 WED Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

15-Jun-17 THUR Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

16-Jun-17 FRI Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

17-Jun-17 SAT


Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

18-Jun-17 Sun SUNDAY


Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..)

19-Jun-17 MON Revision of Ray Optics

20-Jun-17 TUE Revision of Ray Optics

21-Jun-17 WED Revision of Ray Optics

22-Jun-17 THUR Home sick Holidays

23-Jun-17 FRI Home sick Holidays

24-Jun-17 SAT Home sick Holidays

25-Jun-17 SUN Home sick Holidays

26-Jun-17 MON Home sick Holidays (RAMZAN)

27-Jun-17 TUE

Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law,

qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force,

definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and

external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial

frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring

balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact

problems

28-Jun-17 WED







problems

29-Jun-17 THUR







problems

30-Jun-17 FRI







problems

1-Jul-17 SAT


Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(70%) Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..) (30%)

2-Jul-17 SUN SUNDAY


Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(60%) Projectile motion on inclined planes,relative velocity (Relative velocity 1D,2D,Rate of approach and rate of separation,condition for collission of two projectiles,relative motion of one projectile with respect to another projectile,rain problems,river boat problems,air craft wind problems etc..) (30%) Cummulative syllabus covered till now (10%)

3-Jul-17 MON constraint equations,Problems in NLM without friction (Including spring problems)

4-Jul-17 TUE constraint equations,Problems in NLM without friction (Including spring problems)

5-Jul-17 WED constraint equations,Problems in NLM without friction (Including spring problems)

6-Jul-17 THUR constraint equations,Problems in NLM without friction (Including spring problems)

7-Jul-17 FRI constraint equations,Problems in NLM without friction (Including spring problems)

8-Jul-17 SAT


constraint equations,Problems in NLM without friction (Including spring problems)(70%) Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(30%)

9-Jul-17 Sun Sunday


constraint equations,Problems in NLM without friction (Including spring problems)(60%) Newton’s Laws Of Motion (Without Friction): Cause of motion, cause for the change of motion, Newton's first law, qualitative definition of force, inertia and mass, types of inertia,Newton's second law, quantitative definition of force, definition of unit force, dimensional formula and SI units of force, Newton's third law, action and reaction, Internal and external forces in case of system of objects,Discussion on cancellation of action and reaction forces,Inertial and non inertial frames of reference and pseudo force, Problems on simple application of NLM - Atwood machine, Lift problems, spring balance, weighing machine etc, EXCLUDE : The problems involving constraints like multiple pulley & multiple contact problems(30%) Cummulative syllabus covered till now (10%)

10-Jul-17 MON

Friction: A solid surface relatively at rest on another solid surface, static friction as a force opposing the tendency of relative

motion on the other surface. Limiting friction, coefficient of static friction, Difference between fs,max/fs and static friction as

a self adjusting force, angle of friction. Direction of static friction, related Numerical problems,Friction as the cause of

motion (walking, vehicles etc). Minimum force required to move a block on a fixed horizontal surface on another block with

horizontal surface,A solid surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding friction).

Coefficient of kinetic friction. Direction of Kinetic friction,Cause of static friction, cause of kinetic friction, methods to

reduce friction, Advantages and disadvantages of friction, Dependence of friction on area of contact, polishing a surface, A

block on a fixed rough inclined plane, angle of repose,cases and acceleration down the plane. Body projected up along the

inclined plane etc,Miscellaneous problems on Friction

11-Jul-17 TUE










12-Jul-17 WED










13-Jul-17 THUR










14-Jul-17 FRI










15-Jul-17 SAT


Friction: A solid surface relatively at rest on another solid surface, static friction as a force opposing the tendency of relative motion on the other surface. Limiting friction, coefficient of static friction, Difference between fs,max/fs and static friction as a self adjusting force, angle of friction. Direction of static friction, related Numerical problems,Friction as the cause of motion (walking, vehicles etc). Minimum force required to move a block on a fixed horizontal surface on another block with horizontal surface,A solid surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction. Direction of Kinetic friction,Cause of static friction, cause of kinetic friction, methods to reduce friction, Advantages and disadvantages of friction, Dependence of friction on area of contact, polishing a surface, A block on a fixed rough inclined plane, angle of repose,cases and acceleration down the plane. Body projected up along the inclined plane etc,Miscellaneous problems on Friction(70%) constraint equations,Problems in NLM without friction (Including spring problems)(30%)



Friction: A solid surface relatively at rest on another solid surface, static friction as a force opposing the tendency of relative motion on the other surface. Limiting friction, coefficient of static friction, Difference between fs,max/fs and static friction as a self adjusting force, angle of friction. Direction of static friction, related Numerical problems,Friction as the cause of motion (walking, vehicles etc). Minimum force required to move a block on a fixed horizontal surface on another block with horizontal surface,A solid surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction. Direction of Kinetic friction,Cause of static friction, cause of kinetic friction, methods to reduce friction, Advantages and disadvantages of friction, Dependence of friction on area of contact, polishing a surface, A block on a fixed rough inclined plane, angle of repose,cases and acceleration down the plane. Body projected up along the inclined plane etc,Miscellaneous problems on Friction(60%) constraint equations,Problems in NLM without friction (Including spring problems)(30%) Cummulative syllabus covered till now (10%)

17-Jul-17 MON Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal

force) banking problems + Angular Velocity of Particle (in general motion) about a point

18-Jul-17 TUE Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal


19-Jul-17 WED Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal


20-Jul-17 THUR Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal


21-Jul-17 FRI Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal


22-Jul-17 SAT


Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal force) banking problems + Angular Velocity of Particle (in general motion) about a point(70%) Friction: A solid surface relatively at rest on another solid surface, static friction as a force opposing the tendency of relative motion on the other surface. Limiting friction, coefficient of static friction, Difference between fs,max/fs and static friction as a self adjusting force, angle of friction. Direction of static friction, related Numerical problems,Friction as the cause of motion (walking, vehicles etc). Minimum force required to move a block on a fixed horizontal surface on another block with horizontal surface,A solid surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction. Direction of Kinetic friction,Cause of static friction, cause of kinetic friction, methods to reduce friction, Advantages and disadvantages of friction, Dependence of friction on area of contact, polishing a surface, A block on a fixed rough inclined plane, angle of repose,cases and acceleration down the plane. Body projected up along the inclined plane etc,Miscellaneous problems on Friction(30%)



Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal force) banking problems + Angular Velocity of Particle (in general motion) about a point(60%) Friction: A solid surface relatively at rest on another solid surface, static friction as a force opposing the tendency of relative motion on the other surface. Limiting friction, coefficient of static friction, Difference between fs,max/fs and static friction as a self adjusting force, angle of friction. Direction of static friction, related Numerical problems,Friction as the cause of motion (walking, vehicles etc). Minimum force required to move a block on a fixed horizontal surface on another block with horizontal surface,A solid surface moving relatively on another solid surface. Kinetic friction (Dynamic or sliding friction). Coefficient of kinetic friction. Direction of Kinetic friction,Cause of static friction, cause of kinetic friction, methods to reduce friction, Advantages and disadvantages of friction, Dependence of friction on area of contact, polishing a surface, A block on a fixed rough inclined plane, angle of repose,cases and acceleration down the plane. Body projected up along the inclined plane etc,Miscellaneous problems on Friction(30%) Cummulative syllabus covered till now (10%)

24-Jul-17 MON Work ,Power, Energy : Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential

energy,conservation of energy(Excluding spring problems)

25-Jul-17 TUE Work ,Power, Energy : Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential


26-Jul-17 WED Work ,Power, Energy : Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential


27-Jul-17 THUR Work ,Power, Energy : Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential


28-Jul-17 FRI Work ,Power, Energy : Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential


29-Jul-17 SAT


Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(70%), EXCLUDE: Problems related to power. Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal force) banking problems + Angular Velocity of Particle (in general motion) about a point(30%)

30-Jul-17 SUN SUN


Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(60%), EXCLUDE: Problems related to power. Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal force) banking problems + Angular Velocity of Particle (in general motion) about a point(30%) Cummulative syllabus covered till now (10%)

31-Jul-17 MON

Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(60%), EXCLUDE: Problems related to power. Circular Motion(Excluding verticle circle): Kinematics & Dynamics of circular motion (Centrepetal force & Centrifugal force) banking problems + Angular Velocity of Particle (in general motion) about a point(30%) Cummulative syllabus covered till now (10%)

1-Aug-17 TUE Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion

2-Aug-17 WED Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion

3-Aug-17 THUR Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion

4-Aug-17 FRI Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion

5-Aug-17 SAT


Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(70%) Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(30%), EXCLUDE: Problems related to power.

6-Aug-17 SUN SUNDAY


Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(60%) Work, Kinetic energy,work - enegry theorem,conservative and non conservative forces,potential energy,conservation of energy(Excluding spring problems)(30%), EXCLUDE: Problems related to power. Cummulative syllabus covered till now (10%)

7-Aug-17 MON Centre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation of linear

Momentum(Excluding variable mass)

8-Aug-17 TUE Centre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation of linear


9-Aug-17 WED Centre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation of linear


10-Aug-17 THUR Centre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation of linear


11-Aug-17 FRI Centre Of Mass,Linear momentum,Impulse & Collisions: Centre of Mass & Conservation of linear


12-Aug-17 SAT


Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems) (70%) Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(30%)



Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems) (60%) Spring problems in WPE,Equilibrium- Stable,unstable & neutral,Power,Motion of a body in verticle circular motion(30%) Cummulative syllabus covered till now (10%)

14-Aug-17 Mon Impulse and collisions, Variable mass systems

15-Aug-17 Tue Impulse and collisions, Variable mass systems

16-Aug-17 Wed Impulse and collisions, Variable mass systems

17-Aug-17 Thu Impulse and collisions, Variable mass systems

18-Aug-17 Fri Impulse and collisions, Variable mass systems

19-Aug-17 Sat


Impulse and collisions, Variable mass systems (70%) Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems) (30%)



Impulse and collisions, Variable mass systems (60%) Centre of Mass & Conservation of linear Momentum: Centre of Mass & COLM - Problems involving situations like block on a movable wedge, explosion etc. {EXCLUDE : Calculation of impulse, collisions and variable mass problems) (30%) Cummulative syllabus covered till now (10%)

21-Aug-17 Mon

Rotation : Definition and calculation of Torque about a point and about an axis, static Rotational equilibrium of rigid bodies, kinematics of rotation of a rigid body about a fixed axis of rotation. Exclude : Moment of Inertia and

22-Aug-17 TUE

Rotation : Definition and calculation of Torque about a point and about an axis, static Rotational equilibrium of rigid bodies, kinematics of rotation of a rigid body about a fixed axis of rotation. Exclude : Moment of Inertia equation

23-Aug-17 WED


24-Aug-17 THUR


25-Aug-17 FRI (VINAYAKA CHAVITHI)

26-Aug-17 SAT


Rotation : Definition and calculation of Torque about a point and about an axis, static Rotational equilibrium of rigid bodies, kinematics of rotation of a rigid body about a fixed axis of rotation. Exclude : Moment of Inertia equation (70%) Impulse and collisions, Variable mass systems (30%)



Rotation : Definition and calculation of Torque about a point and about an axis, static Rotational equilibrium of rigid bodies, kinematics of rotation of a rigid body about a fixed axis of rotation. Exclude : Moment of Inertia equation (60%) Impulse and collisions, Variable mass systems (30%) Cummulative syllabus (10%)

28-Aug-17 MON Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems) (Exclude angular momentum, work energy problems, Rolling)

29-Aug-17 TUE Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems) (Exclude angular momentum, work energy problems, Rolling)

30-Aug-17 WED Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems) (Exclude angular momentum, work energy problems, Rolling)

31-Aug-17 THUR Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems) (Exclude angular momentum, work energy problems, Rolling)

1-Sep-17 FRI Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems) (Exclude angular momentum, work energy problems, Rolling)

2-Sep-17 SAT BAKRID


Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems (70%) Rotation: Torque,Equilibrium, Kinematics of Rotation of rigid body about fixed axis of rotation

3-Sep-17 Sun Sunday


Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems (60%) Rotation: Torque,Equilibrium, Kinematics of Rotation of rigid body about fixed axis of rotation (30%) Cummulative syllabus covered till now (10%)

4-Sep-17 Mon Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rigid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies)

5-Sep-17 Tue Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rigid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies)

6-Sep-17 Wed Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rigid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies)

7-Sep-17 Thu Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rigid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies)

8-Sep-17 Fri Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rigid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies)

9-Sep-17 Sat


Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rogid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies) (70%) Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems (30%)



Calculation of angular momentum of a particle and Rigid body, Calculation of K.E of a rigid body, Rolling and Toppling situations, problems involving work-energy theorem of rogid bodies, (Excluding conservation of angular momentum + Angular Impulse + Collisions involving rigid bodies) (70%) Moment of inertia, parallel and perpendicular axis theorems, Rotation of rigid body about fixed axis: Derivation of τ =Iα, applications of τ =Iα(including pulley - block problems (30%)

Cummulative syllabus (10%)

11-Sep-17 MON Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

12-Sep-17 TUE Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

13-Sep-17 WED Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

14-Sep-17 THUR Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

15-Sep-17 FRI Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

16-Sep-17 SAT

17-Sep-17

Monday Exam Syllabus For JEE-Main & JEE-Advance

Conservation of angular momentum, Impulse and Collisions involving rigid body ; Gravitation : Introduction, Newton’s law of gravitation,gravitational field due to point mass and distributed mass,Variation of g with different factors.(EXCLUDE Gravitational Potential)

18-Sep-17 Mon Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy

19-Sep-17 Tue Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy

20-Sep-17 Wed Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy

21-Sep-17 Thu Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy

22-Sep-17 Fri

Friday Exam Syllabus For JEE-Main & JEE-Advance

Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy

23-Sep-17 Sat

TELANGANA DUSSERA HOLIDAYS (22-09-2017 TO 30-09-2017) ANDHRA PRADESH DUSSERA HOLIDAYS (28-09-2017 TO 30-09-2017)

JEE MAINS


25-Sep-17

JEE ADVANCE

Mon Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +

Gravitation), Significent figure, Rounding off of numbers, Accuracy, Precision (All rules pertaining to above topics only as per NCERT text book), Error Analysis of Physical quantities, Experiments

26-Sep-17 Tue Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


27-Sep-17 Wed Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


28-Sep-17 Thu DURGASTAMI 29-Sep-17 Fri MAHARNAVAMI

30-Sep-17 Sat VIJHADASAMI

30-Sep-17 Sat Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


1-Oct-17 Sun MOHARAM


3-Oct-17 Tue

Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific gravity), Hydro static pressure in a

fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge

pressure, Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of

Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a surface in contact with the liquid

(plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics

4-Oct-17 Wed






5-Oct-17 Thu






6-Oct-17 Fri






7-Oct-17 Sat


Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure, Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a surface in contact with the liquid (plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics (70%) Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy (30%)

8-Oct-17 SUN Sunday


Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure, Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a surface in contact with the liquid (plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics (60%) Gravitational potential due to a point mass,gravitational potential due to distributed mass,conservation of energy,Motion of satellites and planets in circular orbits,orbital velocity,escape velocity,geo-stationary satellites,kepler's laws of planetary motion,Gravitational Pressure and self energy (30%) Cummulative syllabus covered till now (10%)

9-Oct-17 MON

10-Oct-17 Tue

Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics

11-Oct-17 Wed


12-Oct-17 Thu


13-Oct-17 Fri


14-Oct-17 Sat


Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics(70%) Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure, Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a surface in contact with the liquid (plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics (30%)



Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics(60%) Fluid Statics: Definition of fluid, Ideal fluid, Density, Relative density (Specific gravity), Hydro static pressure in a fluid, Variation of pressure with depth, Atmospheric pressure, Barometer, Mano meter, Vacuum pressure, Gauge pressure, Absolute pressure,Free surface of a Fluid, Pascal's law, Hydraulic lift, Archimedes' Principle, Principle of Buoyancy, Buoyancy (Including effective 'g'), Laws of floatation,Force on a surface in contact with the liquid (plane surface, curved surface),Basic Ideas of stable Equilibrium of floating Body,Problems in fluid Statics (30%) Cummulative syllabus covered till now (10%)

16-Oct-17 Mon Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire

17-Oct-17 Tue Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire

18-Oct-17 Wed Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire

19-Oct-17 Thu Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire

20-Oct-17 Fri Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire

21-Oct-17 Sat


Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire, (70%) Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics(30%)



Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire, (60%) Fluid Dynamics:General Characteristics of liquid flow, types of Fluid flow (Stream line and turbulent flow). Equation of Continuity. Bernoulli's theorem,Applications of Bernoulli's theorem: Velocity of efflux, horizontal range of the escaping liquid time of emptying of the vessel. Impact force of liquid,Venturimeter, sprayer (or) atomizer, narrowing water jet, siphon,Pitot tube, dynamic lift, thrust on a rocket, magnus effect,Problems in fluid Dynamics(30%) Cummulative syllabus covered till now (10%)

23-Oct-17 Mon

Definition of surface tension, Force required to lift objects from surface of liquids, Surface energy, relation between surface tension and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of water by capillary rise and effect of detergents

24-Oct-17 Tue


25-Oct-17 Wed


26-Oct-17 Thu


27-Oct-17 Fri


28-Oct-17 Sat


Definition of surface tension, Force required to lift objects from surface of liquids, Surface energy, relation between surface tension and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of water by capillary rise and effect of detergents, (70%) Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire, (30%)



Definition of surface tension, Force required to lift objects from surface of liquids, Surface energy, relation between surface tension and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of water by capillary rise and effect of detergents, (60%) Properties of matter:Elasticity: Elastic behaviour,stress-strain relationship,Hooke's Law,Young's modulus,bulk modulus, Elasticity experiment: Young's modulus of elastisity of the material of a metallic wire, (30%) Cummulative syllabus covered till now (10%)

30-Oct-17 Mon Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge

31-Oct-17 Tue Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge

1-Nov-17 Wed Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge

2-Nov-17 Thu Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge

3-Nov-17 Fri Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge



Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge (70%) Definition of surface tension, Force required to lift objects from surface of liquids, Surface energy, relation between surface tension and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of water by capillary rise and effect of detergents, (30%)

5-Nov-17 Sun Sunday


Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge (60%) Definition of surface tension, Force required to lift objects from surface of liquids, Surface energy, relation between surface tension and surface energy,Capillarity, Angle of contact, rising of liquid in a capillary tube, excess pressure inside a liquid drop, soap bubble,Surface tension,Experiment: Surface tension of water by capillary rise and effect of detergents, (30%) CUMMULATIVE SYLLABUS (10%)

6-Nov-17 Mon Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems

7-Nov-17 Tue Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems

8-Nov-17 Wed Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems

9-Nov-17 Thu Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems

10-Nov-17 Fri Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems

11-Nov-17 Sat


Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems(70%) Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge (30%)



Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems(60%) Viscosity: Viscus force between two layers,stoke's law terminal velocity, Reynolds number,Experiment: Co-efficient of viscosity of a given viscous liquid by measuring terminal velocity of a given spherical body. Vernier Callipers ,Screw gauge (30%) CUMMULATIVE SYLLABUS (10%)

13-Nov-17 Mon Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered)

14-Nov-17 Tue Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered)

15-Nov-17 Wed Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered)

16-Nov-17 Thu Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered)

17-Nov-17 Fri Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered)

18-Nov-17 Sat


Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered) (70%) Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems(30%)



Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered) (60%) Kinematics and Energy of a general Simple Harmonic oscillator,Time period of spring-block system and related problems(30%) Cummulative syllabus covered till now (10%)

20-Nov-17 Mon

21-Nov-17 Tue Revision of entire syllabus from 20-April-17 to 18-Nov-17

22-Nov-17 Wed Revision of entire syllabus from 20-April-17 to 18-Nov-17

23-Nov-17 Thu Revision of entire syllabus from 20-April-17 to 18-Nov-17

24-Nov-17 Fri Revision of entire syllabus from 20-April-17 to 18-Nov-17

25-Nov-17 Sat


Revision of entire syllabus from 20-April-17 to 18-Nov-17

26-Nov-17 Sun SUNDAY(REGIONAL PHYSICS OLYMPIAD EXAM (TENTATIVE DATE))


Revision of entire syllabus from 20-April-17 to 18-Nov-17

27-Nov-17 Mon

28-Nov-17 Tue Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy

29-Nov-17 Wed Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy

30-Nov-17 Thu Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy

1-Dec-17 Fri Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy

2-Dec-17 Sat


Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy (70%) Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered) (30%)

3-Dec-17 Sun Sunday


Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy(60%) Simple pendulum, Physical pendulum, Cumulative problems in SHM (upto syllabus covered) (30%) Cummulative syllabus covered till now (10%)

4-Dec-17 Mon Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of

vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound

waves and echoes,Power, Intensity in sound waves

5-Dec-17 Tue Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of



6-Dec-17 Wed Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of



7-Dec-17 Thu Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of



8-Dec-17 Fri Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of



9-Dec-17 Sat


Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound waves and echoes,Power, Intensity in sound waves (70%) Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy(30%)



Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound waves and echoes,Power, Intensity in sound waves(60%) Waves: Introduction to wave motion,---classifications, Progressive plane waves and pulses--equation—characteristics,Progressive plane waves and pulses--equation—characteristics,Transverse waves on stretched strings -- velocity , power transmitted, Energy(30%) Cummulative syllabus covered till now (10%)

Mon

12-Dec-17 Tue Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a

resonance tube,Beats,Doppler effect in sound

13-Dec-17 Wed Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a


14-Dec-17 Thu Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a


15-Dec-17 Fri Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a


16-Dec-17 Sat


Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler effect in sound (70%) Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound waves and echoes,Power, Intensity in sound waves(30%)



Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler effect in sound(60%) Superposition (Interference) of waves, Reflection and transmission of waves at a boundary,Standing waves & modes of vibration of stretched strings,Sound waves (longitudinal waves) as pressure waves, displacement waves, velocity of sound waves and echoes,Power, Intensity in sound waves(30%) Cummulative syllabus covered till now (10%)

Mon

19-Dec-17 Tue Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation

among them, Calorimetry

20-Dec-17 Wed Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation


21-Dec-17 Thu Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation


22-Dec-17 Fri Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation


23-Dec-17 Sat


Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them, Calorimetry (70%) Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler effect in sound(30%)



Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them, Calorimetry (60%) Interference of sound waves,Organ pipes,Organ pipes,Experiment: Speed of sound in air at room temperature using a resonance tube,Beats,Doppler effect in sound(30%) Cummulative syllabus covered till now (10%)

Mon

26-Dec-17 Tue Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of

Thermodynamics)

27-Dec-17 Wed Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of

Thermodynamics)

28-Dec-17 Thu Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of

Thermodynamics)

29-Dec-17 Fri Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of

Thermodynamics)

30-Dec-17 Sat


Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of Thermodynamics) (70%) Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them, Calorimetry (30%)



Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of Thermodynamics) (60%) Doppler effect in sound, Heat & thermodynamics: Heat, temperature, scales of measurement of temperature and relation among them, Calorimetry (30%) Cummulative syllabus covered till now (10%)

Mon

2-Jan-18 Tue First law of thermodynamics and specific heat capacities of gases

3-Jan-18 Wed First law of thermodynamics and specific heat capacities of gases

4-Jan-18 Thu First law of thermodynamics and specific heat capacities of gases

5-Jan-18 Fri First law of thermodynamics and specific heat capacities of gases

6-Jan-18 Sat


First law of thermodynamics and specific heat capacities of gases (70%) Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of Thermodynamics) (30%)

7-Jan-18 Sun Sunday


First law of thermodynamics and specific heat capacities of gases (60%) Thermal expansion of solids and liquids, Kinetic theory of gases, Kinetic theory of gases (EXCLUDING First law of Thermodynamics) (30%) Cummulative syllabus covered till now (10%)

Mon

PONGAL VACATION

ANDHRA PRADESH (08-01-2018 TO 15-01-2018) TELANGANA (12-01-2018 TO 15-01-2018)

9-Jan-18 Tue Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


10-Jan-18 Wed Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


11-Jan-18 Thu Units and dimensional analysis of physical quantities taught till now (ie; Rotational mechanics +


12-Jan-18 Fri PONGAL

13-Jan-18 Sat BOGI

14-Jan-18 Sun MAKARA SANKRANTHI

15-Jan-18 Mon

16-Jan-18 Tue Heat Transfer : Heat Transfer

17-Jan-18 Wed Heat Transfer : Heat Transfer

18-Jan-18 Thu Heat Transfer : Heat Transfer

19-Jan-18 Fri Heat Transfer : Heat Transfer

20-Jan-18 Sat


Heat Transfer : Heat Transfer (70%) First law of thermodynamics and specific heat capacities of gases (30%)



Heat Transfer : Heat Transfer (60%) First law of thermodynamics and specific heat capacities of gases (30%) Cummulative syllabus covered till now (10%)

Mon

23-Jan-18 Tue Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE

24-Jan-18 Wed Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE

25-Jan-18 Thu Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE

26-Jan-18 Fri Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE

27-Jan-18 Sat


Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE (70%) Heat Transfer : Heat Transfer (30%)



Mon

30-Jan-18 Tue ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge

31-Jan-18 Wed ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge

1-Feb-18 Thu ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge

2-Feb-18 Fri ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge

3-Feb-18 Sat


ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge (70%) Lenses & Combination of lens, Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE (30%)

4-Feb-18 Sun Sunday


ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge (60%) Lenses & Combination of lens, Wave optics: Wave nature of light- wave fronts - Huygens principle (Application to reflection, refraction), Young’s double slit experiment and variations of standard YDSE (30%) Cummulative syllabus covered till now (10%)

Mon

6-Feb-18 Tue Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole

7-Feb-18 Wed Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole

8-Feb-18 Thu Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole

9-Feb-18 Fri Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole


Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole (70%) ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge (30%)

11-Feb-18 Sun Sunday


Electic potential energy, petential relation between field and potential, conservation of energy and potential due to various continuous charge distributions, complete electric dipole (60%) ELECTROSTATICS ; Coulombs Law, Electric Field due to point charge and distributed charge, Electric Field due to point charge and distributed charge (30%) Cumulative syllabus (10%)

Mon

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