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COURSE PRO FORMAProgram Sarjana Muda Perguruan dengan
Kepujian
(Sains Pendidikan Rendah)
Course Title Energetics In Chemistry(Tenaga dalam Kimia)
Course Code SCE3109
Credit Hour 3 (2+1)
Contact Hours 60 hours
Medium of Instruction English
Pre-requisite to entry None
Learning Outcomes
1. Demonstrate knowledge of basic concepts in
thermochemistry, electrochemistry and nuclear chemistryand their
relevance in daily life and industry.2. Demonstrate competence in
operating scientific
instruments and carrying out practical tasks related to
thecontent of the unit.
3. Solve numerical problems on energy changes.4. Articulate the
links between theory, knowledge and
practical investigations in energetics through thepedagogical
content knowledge of the primary schoolscience curriculum.
Synopsis This course discusses energetics in chemistry. It
explores energy, the first law of
thermodynamics,thermochemistry, electrochemistry and nuclear
chemistry.
Kursus inimembincangkan tentangtenaga dalam kimia.meneroka
tentang tenaga, hukum pertama termodinamik,termokimia, elektrokimia
dan nuklear kimia.
Topic Content Hours
1
Thermochemistry
The nature of energy
energy changes energy transfer
The First Law of thermodynamics
energy conservation
internal energy
endothermic and exothermic reactions
Practical investigations in the primary
school curriculum
4
2 Thermochemistry
Enthalpy
4
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Enthalpies of reaction
3
Thermochemistry
Calorimetry
Heat capacity
Practical investigations in the primaryschool curriculum
4
4
Thermochemistry
Enthalpies of formation
Hess Law
4
5
Thermochemistry
Foods and fuels
Solar energy
Practical investigations in the primary
school curriculum
4
6Electrochemistry
oxidation-reduction reactions4
7
Electrochemistry
Voltaic cells
Practical investigations in the primary
school curriculum
4
8
Electrochemistry
Cell EMF
Standard cell potential
Standard reduction potentials
4
9
Electrochemistry
Spontaneity of redox reactions
The effect of concentration on cell
EMF (The Nernst Equation)
4
10
Electrochemistry
Application of electrochemistry
Batteries
Corrosion of iron
Practical investigations in the primary
school curriculum
4
11
Electrochemistry
Electrolysis
Electrolytic cells
Quantitative aspects of electrolysis
Practical investigations in the primary
school curriculum
4
12
Electrochemistry
Commercial application of electrolysis
Electrical work
4
13 Nuclear chemistry
Radioactivity
4
Berkuatkuasa mulai Januari 2007Kemaskini 15 Disember 2009
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Nuclear reactions
Types of radioactive decay
Patterns of nuclear stability (neutron-
to-proton ratio, radioactive series)
Nuclear transmutation
14Nuclear chemistry
Rates of radioactive decay
Nuclear fission and fusion
4
15
Nuclear chemistry
Detecting and measuring radioactivity
Biological effects of radiation
Application of nuclear chemistry
4
Total 60
Assessment Course work 60%Examination 40%
Main References Brown, T.L.; Lemay,H.E.; Bursten, B.E. (2000)
Chemistry-The central science. Eighth Edition, New Jersey:Prentice
Hall.
McMurry,J.; Fay,R.C. (2001) Chemistry. Third Edition, NewJersey:
Prentice Hall.
AdditionalReferences
Aitkins,P. and Paula, J.de. (2005). Elements of
PhysicalChemistry. Oxford University Press.
Williams, L. (2003). Chemistry demystified. USA, McGrawHill.
Berkuatkuasa mulai Januari 2007Kemaskini 15 Disember 2009
