In this area of study, students describe and analyse graphically, numerically and algebraically the energy and motion of an object, using specific physics terminology and conventions. They consider the effects of balanced and unbalanced forces on motion and investigate the translational and rotational forces on static structures. Students apply mathematical models during experimental investigations of motion, and apply their understanding of motion and force through a case study.

Outcome 1

On completion of this unit the student should be able to investigate, analyse, mathematically model and apply force, energy and motion.

Part 1: Motion

Part 1: Kinematics – Solutions

Explore this collection of oPhysics Kinematics Simulations

Part 2: Force and Motion

Part 2: Forces and Motion – Solutions

Explore this collection of oPhysics Forces Simulations

Part 3: Energy and Motion

Part 3: Energy and Motion – Solution

Part 4: Momentum

Part 4: Momentum and Impulse – Solutions

Revision

NEAP DTT 2023

Test-6-VCE-Physics-Units-12-DTT-2023-Motion-and-forces-1

Test-6-VCE-Physics-Units-12-DTT-Solutions-2023-1

Test-7-VCE-Physics-Units-12-DTT-2023-Energy-and-equilibrium-1

Test-7-VCE-Physics-Units-12-DTT-Solutions-2023-1

Revision PowerPoint

JacPHYSICS1 – Motion Questions

JacPHYSICS1 – Motion Worked Solutions

WORK ENERGY POWER

Past Questions

Movement – 1 Basic Concepts

Movement – 2 Ticker Tape Qns

Movement – 3 x,v,a-t Graphs

Movement – 4 equations of motion

Movement – 5 More straight line motion problems

Movement – 6 Forces

Movement – 7 Forces with friction

Movement – 8 Energy Changes

Movement – 9 Momentum

Movement – Work Done

Worksheets/Notes

2.08mm-to-2.25-Boubouki-graph

Motion Exam Type Questions 230717

JacPHYSICS1 – Motion Questions

JacPHYSICS1 – Motion Worked Solutions

More revision WS