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AS 92045 (1.2): Demonstrate Understanding of a Physical Phenomenon through Investigation (Internal 5 credits)
AS 92045 (1.2): Demonstrate Understanding of a Physical Phenomenon through Investigation (Internal 5 credits)
This internally assessed unit is worth 5 credits. It involves:
describing relevant physics concepts in a practical setting
describing relationships involved in a physical phenomenon, using evidence.
We will be investigating and modelling the contexts of truck stop ramps, and space junk re-entering our atmosphere to carry out our practical investigation.
AS 92047 (1.4): Energy in a Physical System (External 5 credits)
AS 92047 (1.4): Energy in a Physical System (External 5 credits)
In this unit students will be describing energy transfer and transformation in a physical system using evidence as well as describing relevant energy concepts related to mechanics, thermal energy, and electricity.
AS 92021 (1.2): Chemical reactions in context (Internal 6 credits)
AS 92021 (1.2): Chemical reactions in context (Internal 6 credits)
In this unit we will be discussing the implications of conservation of mass in the context of 5 different types of chemical reaction, with reference to predictable patterns, observations, and equations.
The five different reactions we will be exploring are:
neutralisation
combustion
precipitation
combination
decomposition
AS 92022 (1.3) Demonstrate understanding of genetic variation in relation to an identified characteristic (External 5 credit)
AS 92022 (1.3) Demonstrate understanding of genetic variation in relation to an identified characteristic (External 5 credit)
This unit looks at how genetic variation influences a specific characteristic in living things. In this standard, you’ll explore how differences in DNA and inheritance patterns lead to variation, and how this relates to the expression of an identified trait (for example, eye colour, blood type, or coat colour in animals). You will also consider the biological processes that cause variation, such as mutation, meiosis, and sexual reproduction, and explain how these processes affect the characteristic being studied.
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