a from managing director's desk...mole concept yes optional na ask an answer/ qrc upload (all...

A lot has changed at Aakash during the transition from a humble

coaching institute to becoming a recognized name in the education field. We live by the notion that the very essence of success is a strong value system. We still believe in the age-old Indian concept of “Guru-Shishya” relationship where a guru shares his knowledge reserve with his pupils and the ‘Shishya’ strives hard to quench his/her thirst for knowledge.

It has been our endeavour to make Aakash much more than a coaching institute, which is to build it into an institution of repute and purpose. We consider our students the torchbearers of the future of the country and thus, aim to enlighten the future of the nation through this young generation. We dream of a progressing India through the eyes of our students and assist them in accomplishing their dreams with the collective efforts of our faculty & staff members, our students and their parents.

For 31 years, we have been nurturing students and helping them in their endeavour to qualify in various Engineering and Medical entrance exams in the country. This endeavour is actually a journey, which we take along with our students. We wish to feel their emotions, their frustrations, their dreams, their vision, their struggles and their joys. Together we live an experience, which they would remember as one of the most cherished moments in their lives after qualifying the coveted competitive exams.

Even today, we aim at clearing doubts and strengthening the fundamentals of students in their subjects, because we believe these cleared doubts and strengthened fundamentals will eventually strengthen the destiny of our nation, which actually lies in these hands that are holding the ‘mighty’ pen & are now learning with technology. And we are confident that with Aakash, their future is in safe and progressive hands.

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J. C. ChaudhryChairman & Managing Director (CMD)

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JEE (Joint Entrance Examination)

National Testing agency has been entrusted the responsibility of conducting Joint Entrance Exam (JEE) from 2019 onwards. NTA

will conduct JEE (Main) examination in two phases for admission to engineering programmes at NITs, IITs, IIITs and CFTIs.

However, it is not compulsory for the candidates to appear for both the phases but in case a candidate appears for both the

phases, the best of the two scores is used for eligibity for JEE(Advanced)

Eligibility for admission to NITs, IITs and CFTIs participating through Central Seat Allocation Board

Admission to B. E / B.Tech /B.Arch /B.Planning courses will be based on All India Rank subject to the condition that the

candidate should have secured at least 75% marks in the 12th Class. For SC/ST candidates the qualifying marks should be

65% in 12th Class / qualifying examination conducted by the respective Boards.

The eligibility criteria for admission to B.Arch course other than NITs, IITs and CFTIs as decided by Council of Architecture

for admission to B.Arch is 50% marks in Physics, Chemistry & Mathematics and also 50% marks in aggregate of the

qualifying examination.

The eligibility criteria for admission to B.Planning is that the candidates should have passed the qualifying examination

with 50% marks in Mathematics and 50% marks in aggregate of Class 12th examination

Call: E-mail: Website:8800012998 | [email protected] | digital.aakash.ac.in

Test Total no. of Qs Time Test Pattern

Date Day Subjects Chapter Name Lecture Code & Topic Read E book Watch Video Lecture Solve DPT Doubt Clearing Session

Physics Physical World Lecture Code: 1.1Physical World

YES Optional NAAsk an Answer/ QRC Upload (All Day)

ChemistrySome Basic Concept of Chemistry

Lecture Code: 1.1Laws of Chemical Combination


Physics Physical World Lecture Code: 1.1Physical World

Can Revise YES (MUST) YES (MUST) 4:00 pm -5:00 pm


Lecture Code: 1.1Laws of Chemical Combination



Lecture Code: 1.2Mole Concept


Maths SetsLecture Code: 1.1Sets


5-Apr-20 Sunday


Lecture Code: 1.2Mole Concept


Maths SetsLecture Code: 1.1Sets


Maths SetsLecture Code: 1.2Sets (Contd.)


Physics Units & MeasurementsLecture Code: 2.1Units and Dimensions


Maths SetsLecture Code: 1.2Sets (Contd.)


Physics Units & MeasurementsLecture Code: 2.1Units and Dimensions


Fortnightly Test30 (10 from each

subject)1 hr Single Objective(MCQ Type)

7-Apr-20 Tuesday

8-Apr-20 Wednesday

2-Apr-20 Thursday

3-Apr-20 Friday

4-Apr-20 Saturday

Monday6-Apr-20

Daily Schedule for Long Term Students : Class XI for JEE(Main & Advanced) 2022April & May - 2020

Revision Day






Physics Units & MeasurementsLecture Code: 2.2Measurement



Lecture Code: 1.3Limiting Reagent


Physics Units & MeasurementsLecture Code: 2.2Measurement



Lecture Code: 1.3Limiting Reagent



Lecture Code: 1.4Measurement of Concentration


Maths Linear InequalitiesLecture Code: 6.1Linear Inequalities


12-Apr-20 Sunday


Lecture Code: 1.4Measurement of Concentration


Maths Linear InequalitiesLecture Code: 6.1Linear Inequalities


Maths Relations and FunctionsLecture Code: 2.1Relation


Physics Motion in a Straight LineLecture Code: 3.1Introductory Concepts of Kinematics


Maths Relations and FunctionsLecture Code: 2.1Relation


Physics Motion in a Straight LineLecture Code: 3.1Introductory Concepts of Kinematics


9-Apr-20 Thursday

14-Apr-20 Tuesday

15-Apr-20 Wednesday

10-Apr-20 Friday

11-Apr-20 Saturday

13-Apr-20 Monday

Revision Day






Physics Motion in a Straight LineLecture Code: 3.2Motion in 1-Dimension



Lecture Code: 1.5Principle of Atom Conservation (POAC)


Physics Motion in a Straight LineLecture Code: 3.2Motion in 1-Dimension



Lecture Code: 1.5Principle of Atom Conservation (POAC)



Lecture Code: 1.6Equivalent Concept


Maths Relations and FunctionsLecture Code: 2.2Function


19-Apr-20 Sunday


Lecture Code: 1.6Equivalent Concept


Maths Relations and FunctionsLecture Code: 2.2Function


Maths Relations and FunctionsLecture Code: 2.3Types of Functions


Physics Motion in a Straight LineLecture Code: 3.3Motion under Gravity


Maths Relations and FunctionsLecture Code: 2.3Types of Functions


Physics Motion in a Straight LineLecture Code: 3.3Motion under Gravity


20-Apr-20 Monday

21-Apr-20 Tuesday

16-Apr-20 Thursday

17-Apr-20 Friday

18-Apr-20 Saturday

22-Apr-20 Wednesday

Fortnightly Test-01






Physics Motion in a Straight LineLecture Code: 3.4Graphical Representation of Motion



Lecture Code: 1.7Problems Based on Equivalent Concept


Physics Motion in a Straight LineLecture Code: 3.4Graphical Representation of Motion



Lecture Code: 1.7Problems Based on Equivalent Concept


Chemistry Structure of AtomLecture Code: 2.1Early Developments


Maths Relations and FunctionsLecture Code: 2.4Domain, Range


26-Apr-20 Sunday

Chemistry Structure of AtomLecture Code: 2.1Early Developments


Maths Relations and FunctionsLecture Code: 2.4Domain, Range


Maths Relations and FunctionsLecture Code: 2.5Miscellaneous Examples


Physics Motion in a PlaneLecture Code: 4.1Vector-I


Maths Relations and FunctionsLecture Code: 2.5Miscellaneous Examples


Physics Motion in a PlaneLecture Code: 4.1Vector-I


25-Apr-20 Saturday

27-Apr-20 Monday

23-Apr-20 Thursday

24-Apr-20 Friday

28-Apr-20 Tuesday

29-Apr-20 Wednesday

Revision Day






Physics Motion in a PlaneLecture Code: 4.2Vector-II


Chemistry Structure of AtomLecture Code: 2.2Bohr's Quantum Theory


Physics Motion in a PlaneLecture Code: 4.2Vector-II


Chemistry Structure of AtomLecture Code: 2.2Bohr's Quantum Theory


Chemistry Structure of AtomLecture Code: 2.3Hydrogen Emission Spectrum


Maths Trigonometric FunctionsLecture Code: 3.1Measuring Angles and Allied Angles


3-May-20 Sunday

Chemistry Structure of AtomLecture Code: 2.3Hydrogen Emission Spectrum


Maths Trigonometric FunctionsLecture Code: 3.1Measuring Angles and Allied Angles


Maths Trigonometric FunctionsLecture Code: 3.2Identities, Domain, Range and Graph


Physics Motion in a PlaneLecture Code: 4.3Motion in 2-Dimensions


Maths Trigonometric FunctionsLecture Code: 3.2Identities, Domain, Range and Graph


Physics Motion in a PlaneLecture Code: 4.3Motion in 2-Dimensions


1-May-20 Friday

2-May-20 Saturday

4-May-20 Monday

30-Apr-20 Thursday

5-May-20 Tuesday

6-May-20 Wednesday

Fortnightly Test-02






Physics Motion in a PlaneLecture Code: 4.4Projectile Motion (Contd.)


Chemistry Structure of AtomLecture Code: 2.4Dual Nature of Radiation


Physics Motion in a PlaneLecture Code: 4.4Projectile Motion (Contd.)


Chemistry Structure of AtomLecture Code: 2.4Dual Nature of Radiation


ChemistryClassification of Elements and Periodicity in Properties

Lecture Code: 3.1Early Developments


Maths Trigonometric FunctionsLecture Code: 3.3Periods of Trigonometric Functions


10-May-20 Sunday


Lecture Code: 3.1Early Developments


Maths Trigonometric FunctionsLecture Code: 3.3Periods of Trigonometric Functions


Maths Trigonometric FunctionsLecture Code: 3.4Elimination Method


Physics Motion in a PlaneLecture Code: 4.5Projectile on an Incline


Maths Trigonometric FunctionsLecture Code: 3.4Elimination Method


Physics Motion in a PlaneLecture Code: 4.5Projectile on an Incline


8-May-20 Friday

9-May-20 Saturday

11-May-20 Monday

7-May-20 Thursday

12-May-20 Tuesday

13-May-20 Wednesday

Revision Day






Physics Motion in a PlaneLecture Code: 4.6Relative Motion



Lecture Code: 3.2Periodic Properties


Physics Motion in a PlaneLecture Code: 4.6Relative Motion



Lecture Code: 3.2Periodic Properties


ChemistryChemical Bonding & Molecular Structure

Lecture Code: 4.1Introduction of Chemical Bond


Maths Trigonometric Functions

Lecture Code: 3.5Sum/Difference of two Angles, Transformation from Product to Sum/Difference


17-May-20 Sunday


Lecture Code: 4.1Introduction of Chemical Bond


Maths Trigonometric Functions

Lecture Code: 3.5Sum/Difference of two Angles, Transformation from Product to Sum/Difference


Maths Trigonometric FunctionsLecture Code: 3.6Product to Sum/Difference Form, Multiple Angles


Physics Motion in a PlaneLecture Code: 4.7Relative Motion (Contd.)


Maths Trigonometric FunctionsLecture Code: 3.6Product to Sum/Difference Form, Multiple Angles


Physics Motion in a PlaneLecture Code: 4.7Relative Motion (Contd.)


14-May-20 Thursday

15-May-20 Friday

16-May-20 Saturday

18-May-20 Monday

19-May-20 Tuesday

Fortnightly Test-03

20-May-20 Wednesday






Physics Motion in a PlaneLecture Code: 4.8Kinematics of Circular Motion



Lecture Code: 4.2Covalent Bonding


Physics Motion in a PlaneLecture Code: 4.8Kinematics of Circular Motion



Lecture Code: 4.2Covalent Bonding



Lecture Code: 4.3Hybridisation


Maths Trigonometric FunctionsLecture Code: 3.7Conditional Identities, Summation of Series


24-May-20 Sunday


Lecture Code: 4.3Hybridisation


Maths Trigonometric FunctionsLecture Code: 3.7Conditional Identities, Summation of Series


Maths Trigonometric FunctionsLecture Code: 3.8Particular and General Solution


Physics Law of MotionLecture Code: 5.1Newton's Law of Motion


Maths Trigonometric FunctionsLecture Code: 3.8Particular and General Solution


Physics Law of MotionLecture Code: 5.1Newton's Law of Motion


22-May-20 Friday

23-May-20 Saturday

25-May-20 Monday

Revision Day

21-May-20 Thursday

26-May-20 Tuesday

27-May-20 Wednesday






Physics Law of MotionLecture Code: 5.2Conservation of Linear Momentum and Variable Mass System



Lecture Code: 4.4Dipole Moment


Physics Law of MotionLecture Code: 5.2Conservation of Linear Momentum and Variable Mass System



Lecture Code: 4.4Dipole Moment



Lecture Code: 4.5Molecular Orbital Theory


Maths Trigonometric FunctionsLecture Code: 3.9General Solution of Different Types of Equations


31-May-20 Sunday Fortnightly Test-04

28-May-20 Thursday

29-May-20 Friday

30-May-20 Saturday

Phase- 01 (FS) Version 1.0

Physics Chemistry Mathematics

Fortnightly Test-01

19-Apr-20 Sunday

What is physics, Fundamental forces in nature, Conservation laws in Physics, Introduction of units and measurements, International system of units, measurement of physical parameters like length, mass and time, Dimensions of various physical quantities, Diamension of formula and Diamensional equations

Nature of Matter, Properties of matter and their measurement SI unit, Mass weight, Volume temperature, Need for standard reference, Scientific notation, Precision and accuracy : (i) Significant figure and calculation involving significant figure., Law of chemical combination : (i) Law of conservation of mass, (ii) Law of constant combination, (iii) Law of multiple proportion, (v) Gay Lussac's law, (vi) Avagdro law, (vii) Dalton's atomic theory Atomic mass : (i) Relative atomic mass, (ii) Average atomic mass, (iii) Molecular mass calculation using atomic mass., Mole concept : (i) Introduction of mole concept with basic problems, Calculation based on mole concept : (i) Mass / Mass relation, Molar mass and concept of gram atom, gram molecule, (ii) Volume / Volume relation

Introduction, Sets, Representation of sets, Kinds of Sets, Analysis of two sets : Equal sets, Equivalent sets, Subsets, Intervals as subset of R., Power sets, Universe set, Venn diagram, Operation on sets : Union of sets, intersection of sets, disjoint sets, difference two sets, Complement of a set, Algebra on sets, Practical problems on union and intersection of two sets

Fortnightly Test-02

3-May-20 Sunday

Dimensional Analysis and its Application, Accuracy & Precision of instruments, Errors (with its types), Propagation of errors in different operations like sum, difference, product and division, Significant figures and different operations with significant figures, Rules of Rounding off

Percentage calculation of elements, Formula representation of molecule : (i) Empirical formula, (ii) Molecular formula, (iii) Formula unit, Concentration term : (i) Molarity, (ii) Molality, (iii) Mole fraction, Concept of limiting reagent : Use of stoichiometry in balanced equation and limiting reagent concept.

Wavy Curve Method & Inequalities., Introduction, Cartesian products of sets and Relations, function., Domain and Range for functions, Methods to find out domain and range

Fortnightly Test-03

17-May-20 Sunday

Rest and motion, reference frame, Concept of position, path length, displacement, Average velocity & average speed, Instantaneous velocity and speed, Differentiation, Its physical significance, Important formulae for Differentiation, Application of Differentiation (Maxima and Minima)

Stoichiometry : (i) Problem on gravimetric and volumetric analysis, (ii) Principle of atom conservation, Equivalent mass : (i) Equivalent mass and gram equivalent, (ii) Normality, (iii) Relation between molarity and normality, (iv) n-factor, Stoichiometry - Application of gram equivalent concept and percentage of free SO3 in oleum

Some basic functions and their graphs, Algebraic functions, Monomial function polynomial function, constant function, Identity function, Rational function, Irrational functions. Modulus function and their properties, Signum function, Greatest integer, Fractional part function

Fortnightly Test-04

31-May-20 SundayIntegration, Its physical significance, Important formulae, Application of Integration, Average and Instantaneous acceleration, General analysis of motion in a straight line

(i) Basic discovery and subatomic particles (Cathode rays, anode rays, Chadwick experiment), (ii) Rutherford experiment, (iii) Introduction to electromagnetic wave and introduce C = nl formula., (iv) Principle of quantization (Planck theory), (v) Black body radiation, (vi) Photoelectric effect, (i) Bohr theory with mathematical derivations, (ii) Basic question on Bohr theory, (iii) Hydrogen spectrum,

Transcental functions,-Trigonometric functions, Exponential function, logarithmic function and their properties., Algebra of real function, replacement properties of function, Transformations of Graphs, Transformations of Graphs continued

Test Schedule for Long Term Students : Class XI for JEE(Main & Advanced) 2022April & May - 2020

Test Name Test Date Day

Test Pattern - Total no. of Qs = 30 MCQs (10 from each subject), Duration - 1 Hr.

Topic

a from managing director's desk...mole concept yes optional na ask an answer/ qrc upload (all...

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