Chemistry

Why Study Chemistry? Topics Activities Course Outline Assessment Levels of Achievement Recommendations Careers

Why Study Chemistry?

 

Chemistry provides an understanding of the materials around us, and why they behave as they do. Being central to understanding the phenomena of the reactions of matter in our material universe, it also bridges links with other branches of natural science.

Chemistry possesses a theoretical framework that allows new knowledge to be organised and related to other aspects of the discipline. The modern chemical approach seeks an understanding of natural phenomena in the test tube, in the crust of the earth or in living organisms and in terms of the events at the atomic and molecular level. The course should enable students to appreciate the power of this way of thinking and investigating. Chemistry remains a growing discipline, with exciting and unexpected developments on its frontiers. It is a discipline in which students may experience beauty and excitement at many levels, whether comprehending the ordered structure of matter or in what they see in their own experiments.

Knowledge of chemistry can assist students in understanding and interpreting many experiences in their everyday surroundings, thus enriching their daily lives. Chemistry is intimately involved in extractive, refining and manufacturing industries, which provide our food, clothing and many articles we use daily. These industries are important to our economy. Students should come to appreciate the impact of chemical knowledge and technology on their society.

The impact of human activities on our environment has not always been benign. Responsible decisions on possible future activities can be made, among other things, in light of the fullest understanding of the chemical consequences of those activities. Problems have sometimes arisen in the past because of the limitations of our chemical understanding. The solutions to these problems will usually require the application of chemical knowledge.

An understanding of chemistry will assist students to participate as informed and responsible citizens in making decisions in which economic benefit and the quality of the environment are considered. The senior subject Chemistry will provide a foundation for students who will proceed to tertiary level courses in science, the applied sciences, engineering or the health sciences.

 

Core topics found in the Chemistry course are:

 

•  Materials Properties, Bonding and Structure

•  Reacting Quantities and Chemical Analysis

•  Oxidation and Reduction

•  Organic Chemistry, Chemical Periodicity

•  Gases and the Atmosphere

•  Energy and Rates of Chemical Reactions

•  Chemical Equilibrium.

Chemistry is the study of matter and its interactions. Students should come to understand that no real distinction can be made between chemicals and matter.

Students will learn about the applications of chemistry and their industrial and economic importance. They will be exposed to chemical issues relating to society and to recent developments and discoveries in chemistry.

 

What do students do?

 

Students will participate in a wide range of activities to develop their knowledge of Chemistry and their ability to think and solve life-related problems.

They will be involved in practical experiments designed to develop basic laboratory skills as well as illustrating and amplifying theories discussed in class. Their laboratory experiences and exposure to industry will acquaint them with workplace health and safety practices when dealing with chemicals and help them develop an appreciation for chemical safety within the home and environment.

 

Course Outline:

 

Semester 1: Molecules and Matter – a study of the basics of chemistry including symbols, equations and the nature of matter.

Semester 2 : As per Semester 1.

Semester 3 : Chemical reactions – a study of equilibrium..

Semester 4 : Redox reactions and electrochemical cells and Aluminium production.

 

Assessment Program And Expectations

 

Semester Type
1

Mid & end semester exam, Practical exam. Manipulative skills check list. Min of 6 practical reports.

2

Mid & end semester exam, Practical exam. Manipulative skills check list. Min of 6 practical reports.

3

Mid & end semester exam, Practical exam. Manipulative skills check list. Min of 6 practical reports.

4

Mid & end semester exams, practical Exams. Min of 6 practical reports. Field excursion & study report/assignment.

Failure to submit assessment pieces or practical reports may result in being awarded a Not Rated for that Semester which may affect their OP eligibility.

Students will need to attend the compulsory Year 12 excursion to QAL. Failure to attend may result in not receiving a level of achievement for that piece of assessment.

 

Awarding Exit Levels Of Achievements

 

Knowledge
Scientific process
Complex reasoning
Skills
VHA
> 80%
> 80%
> 60%
S
HA
> 65%
> 65%
> 40%
S
SA
> 45%
> 45%
> 0%
S
LA
> 25%
> 25%
US/S
VLA
< 25%
< 25%
US/S

Recommendations

 

Suggested year 10 recommendations

HA Science (level 6B)

Suggested year 11 Requirements:

2 x A4 exercise books, Scientific Calculator.

Students are to complete at least 30 minutes of homework per subject three times per week. Extra time will need to be allocated to a regular study program. Textbooks will be supplied to students participating in the text hire scheme.

 

The Study Of Chemistry Could Lead To Careers In:

 

Agricultural engineer
Agricultural scientist
Agricultural technical officer
Agronomist
Ambulance officer
Anaesthetist
Biochemist
Biotechnologist
Botanist
Ceramics engineer
Chemical engineer
Chemist
Civil engineering technologist
Conservator
Dietitian
Ecologist
Entomologist
Environmental engineer
Farmer/Farm manager
Environmental health officer
Food Technologist
Forensic Scientist
Forester
Geneticist
Geologist
Geophysicist
Horticultural Scientist
Industrial engineer
Industrial radiographer
Life scientist
Marine Scientist
Medical Scientist

 

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