Physical science
Mr Phillip Higgins
6 points * First semester * 39 hours of lectures, 13 hours of tutorials, 14 hours of laboratory work * Gippsland/Distance * Prerequisites: Entry to the course * Prohibitions: GAS1302
Objectives On the completion of this subject students will be able to practice problem-solving skills associated with physical situations; recognise how scientific ideas are continually being developed and reviewed; practice in the basic skills of measurement, data analysis and report writing; develop skills in logical thought processes and confidence with conceptual relationships in physics.
Synopsis This subject is designed to provide (in conjunction with GAS1281 and GAS1185) a basis for further studies in the chemical, physical and biological sciences. It provides studies in principles of measurement, electromagnetic field theory, an introduction to quantum theory and atomic/nuclear structure, nuclear physics, ionising radiation, kinetic molecular theory and thermodynamics. Detailed study guides are provided with a number of assignments and practice problems. Tutorial and practical classes take place for internal students on a regular time-tabled basis. Laboratory exercises are designed to achieve two objectives: (i) to demonstrate and reinforce theory material; and (ii) to develop an appreciation of measurement skills and methods of analysis.
Assessment End-of-semester examination: 80% * Laboratory work (reports): 20% * Students must pass both theory and laboratory sections
Prescribed texts
Kirkup L Experimental methods Wiley, 1994
Serway R A Physics for scientists and engineers (with modern physics) 3rd edn, Saunders, 1990
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