SENIOR HANDBOOK for 2012

CHEMISTRY
Why study Chemistry?
Chemistry engages students in an exciting and dynamic investigation of the material universe. Matter and its
interactions – from alloys to plastics, an understanding of body processes to food chemistry, life-saving
medicines to cosmetics are the essence of Chemistry. A course of study in Chemistry focuses on the intrinsic
“hands-on” nature of the subject with multiple opportunities to engage in practical experiences. The course
develops student’s understanding and appreciation of Chemistry in real-world contexts. The study of Chemistry
is a requirement for many science-based University courses.
Prerequisites
Students should have achieved at least a “B” result in their study of Mathematics and Extension Science in Year
10.
Course Content
Students study a variety of topics including:
Atoms, elements, compounds and the periodic table
The properties, bonding and structure of different materials
The chemistry concepts needed to explain reactions in the body
The chemistry of balancing equations and calculating reaction quantities
Acids and bases and their importance
Organic chemistry including pharmaceuticals, fuels and fabrics
Industrial chemistry
Oxidation and reduction processes and their importance
Assessment
Students are required to complete a major assessment task each term. This assessment task may take the form
of either an extended experimental investigation, an extended response task or a written test. Each of these
tasks requires a considerable amount of time and effort outside of regular class time for students to achieve
well. Students who cannot commit time to complete research and study will not achieve their best. However,
those who do will find the course rewarding and of great benefit to further studies at University.
Additional Information
Students are expected to revisit the topics presented in class at home to ensure understanding. Each term, they
are given a unit outline with revision questions that are the student’s responsibility to complete in order to
consolidate their understanding of the class work. A high level of independence is required for students to be
successful in the subject.
Career Paths
Study of Chemistry can lead to careers in medicine, dentistry, vet science, pharmacy, nursing, other health fields,
plastics, ceramics and paper industries, metallurgy, engineering, biotechnology, environmental science,
environmental law, forensics, marine biology, aquaculture, occupational health and safety and numerous other
science careers.
St Margaret Mary’s College Senior Handbook for 2012 Page 38