chem 100 - general inorganic chemistry (laboratory)(2)
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OrgChemTRANSCRIPT
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UNIVERSITY OF SANTO TOMAS FACULTY OF PHARMACY
SYLLABUS FOR GENERAL CHEMISTRY LABORATORY FIRST SEMESTER AY 2012-2013
COURSE TITLE: General Chemistry Laboratory
COURSE NUMBER: CHEM 100 for BS Medical Technology
COURSE DESCRIPTION: A concept and theory based lecture component of General Chemistry that deals with the essential concepts of
matter, its properties and chemical behavior in relation to their atomic structure. Emphasis is on analysis of chemical reactions that will enhance students problem solving and critical thinking skills significant to their future professional practice and ultimately to environmental and societal welfare.
COURSE CREDIT: 2 units CONTACT HOURS: 6 laboratory hours per week PREREQUISITE: None PLACEMENT: First Year, First Semester GENERAL OBJECTIVES: 1. Develop proper laboratory skills, techniques and discipline in basic chemistry;
2. Enhance observation and manipulative skills; 3. Demonstrate skills in solving problems in chemistry using the scientific method; 4. Demonstrate scientific values and desirable attitudes such as honesty, patience, cooperation, critical judgment
and resourcefulness. ACTIVITIES, EXPERIMENTS AND SPECIFIC OBJECTIVES:
First (Monthly) Grading Period
Specific Objectives Topic Time
allotted (hrs)
Teaching Strategies
Skills Values Evaluation/ Assessment
Review of basic concepts of
General Laboratory Orientation
12
Exercises and
Differentiation Critical thinking
Accuracy Innovativeness
Cleanliness
quizzes pre-lab and
post-lab
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measurement Laboratory Safety Formula Writing and Naming Numbers and Calculations
discussions Analytical Logical thinking Efficiency
assignments data sheet
Determine accurately and precisely the measurements of given samples using different measuring instruments
Report properly the data gathered from measurement
Derive values of some physical properties of the sample from base measurements
Experiment 1. Numbers and Measurements
SI Units
Conversion of Unit Measurement
Accuracy versus Precision 6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Separate components of mixtures using different resolution techniques
Perform resolution techniques with good laboratory practice
Identify components present in a given mixture
Experiment 2. Separation of Components of Mixtures
Filtration
Distillation
Chromatography 6 Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Recognize similarities in properties of elements
Classify elements according to their properties
Understand how elements are arranged in the periodic table
Experiment 3. Periodic Properties of the Elements
Reactions of Metals
Reactions of Halogens 6
Exercises and
discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
3 hrs. lab MONTHLY EXAMINATION
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Second (Preliminary) Grading Period
Specific Objectives Topic Time
allotted (hrs)
Teaching Strategies
Skills Values Evaluation/ Assessment
Recognize and describe non-
electrolytes, strong electrolytes
and weak electrolytes based on
the conductivity of the
compounds
Show how the nature of solute
and solvent affects solubility
Establish the polarity of the
compounds based on solubility
Determine the type of chemical
bonds of the representative
compounds based on
conductivity and solubility
Experiment 4. Determination
of Chemical Bonds Based on
Physical Properties
Ionic and Covalent Bonds Polar and Non-polar
Covalent Bonds Strong, Weak and Non-
electrolytes Conductivity Solubility
3
Exercises and
discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Predict the products of chemical reactions
Balance chemical equations.
Experiment 5. Lewis Structures and Molecular Geometry
Combination, Decompostion, Single-Replacement, & Double Replacement Reactions
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Distinguish between physical change and chemical change
Observe the effect of heat on some solids
Experiment 6. Intermolecular Forces
Classifying matter as to properties and changes
3
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
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Establish the relationship between the volume and pressure of a confined gas at constant temperature
Establish the relationship between the volume and temperature of a confined gas at constant pressure
Establish the relationship between the volume, pressure and temperature of a gas
Experiment 7. Gas Laws
Boyles Law Charles Law
Combined Gas Law
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
3 hrs. lab PRELIMINARY EXAMINATION
Final Grading Period
Specific Objectives Topic Time
allotted (hrs)
Teaching Strategies
Skills Values Evaluation/ Assessment
Determine the mole and mass relationships involved in the chemical reaction between sodium carbonate and hydrochloric acid
Apply the concept of stoichiometry in determining limiting and excess reagents in the given chemical reaction
Calculate the percentage yield of the product in the given chemical reaction
Experiment 8. Stoichiometry
Limiting and Excess Reagents
Percent Yield
3
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Distinguish and describe
oxidation-reduction,
precipitation and acid-base
reactions
Experiment 9. Reactions in Aqueous Solution
Acid-Base Reactions
Precipitation Reactions
Oxidation-Reduction Reactions
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
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Illustrate reactions in aqueous
solutions by writing formula unit
equations, total ionic equations
and net ionic equations
Recognize redox reactions and
identify oxidizing and reducing
agents
Balance redox reaction
Balancing of REDOX reactions
Show how solutions are prepared from solid and liquid substances
Demonstrate the use of a burette and the technique of titration
Determine the percent purity of a substance in a sample
Experiment 10. Percent Purity of Baking Soda
Preparation of Solutions
Titration
Standardization
Analysis
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Differentiate between electrolytic and electrochemical cells.
Construct and use a rechargeable battery.
Demonstrate copper plating on a coin surface.
Experiment 11. Uses of Electrical Energy
Electrolysis
Electrochemical Cell
Rechargeable Battery
Electroplating
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
Measure the heat capacity of a coffee-cup calorimeter.
Determine the heat of reaction between an acid and a base.
Determine the heat of solution of two solids.
Differentiate endothermic from exothermic reactions.
Experiment 12. Heat Flow and Calorimetry
Heat Capacity
Heat of Reaction
Heat of Solution
6
Exercises
and discussions
Differentiation Critical thinking
Analytical
Accuracy Innovativeness
Cleanliness Logical thinking
Efficiency
quizzes pre-lab and
post-lab assignments data sheet
3 hrs. lab FINAL EXAMINATION
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GRADING SYSTEM
The performance of the student in the laboratory is evaluated in terms of the following:: 10% data sheets and post-lab questions, 40% quizzes, 40% departmentalized long examination and 10% practical exam for the first grading period; 10% data sheets and post-lab questions, 40% quizzes, 40% departmentalized long examination and 10% lab performance for the second grading period and the final grading periods.
COURSE REFERENCES Basic readings: Zumdahl,S.S., S.A. Zumdahl. 2012. Chemistry An Atoms First Approach. Australia: Thomson Brooks/Cole. Extended Readings: Whitten, K.W., R.E. Davis, M.L. Peck, G.G. Stanley. 2010. Chemistry. 9
th Ed. Australia: Thomson Brooks/Cole.
Chang, R. 2008. General Chemistry: The Essential Concepts, 5th ed. New York: McGraw-Hill, Inc.
McMurry, John E. 2010. General Chemistry: Atoms First. Upper Saddle River, NJ: Prentice Hall
Web-based: http://www.cengage.com/OWL
Instructional Media: Power point presentations
PREPARED BY: Erlinda T. Nuguid, Gardee T. Pea, Ma. Teresa R. Suratos, Librado Santiago, Irene D. Liu, Ruel Valerio R. de Grano, Maria
Salvacion A. Esmalla,
Date revised: April 2, 2012 APPROVED BY: Prof. Priscilla M. Torres, Ph.D. Dean