
Physics Unit 2 AOS 1 - How is motion understood?

This unit is composed of three different modules that can be completed individually (approximately 4 hours each). The modules include:
Physics Unit 2 AOS 1: 1.1 - Concepts used to model motion
Students will use interactive activities including simulations, videos and apps, to:
Identify parameters of motion as vectors or scalars.
Analyse straight-line motion under constant acceleration.
Analyse non-uniform motion in a straight line.
Apply concepts of momentum to linear motion.
Physics Unit 2 AOS 1: 1.2 - Forces and motion
Students will use interactive activities including simulations, videos and apps, to:
Explain changes in momentum as being caused by a net force.
Model the force due to gravity.
Model forces as vectors acting at the point of application.
Apply Newton's three laws of motion to a body on which forces act.
Apply the vector model of forces to readily observable forces.
Physics Unit 2 AOS 1: 1.3 - Energy and motion
Students will use interactive activities including simulations, videos and apps, to:
Apply the concept of work done by a force.
Investigate and analyse Hooke’s Law for an ideal spring.
Analyse and model mechanical energy transfers and transformations using energy conservation.
Analyse rate of energy transfer using power.
Calculate the efficiency of an energy transfer system.
Analyse impulse in an isolated system.
Investigate and analyse theoretically and practically momentum conservation in one dimension.
Physics Unit 2 AOS 1 - How is motion understood? is available through the following program types. Select a program type to view more information.
Online Portal
Delivered via the Quantum Victoria Online Portal, students can complete the module at their own pace.
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