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Curricula
AS-Level
OCR
Physics
3. Forces & Motion
3. Forces & Motion
1
Kinematics
1.1
Displacement & Velocity-Time Graphs
1.2
Displacement, Velocity & Acceleration
1.3
Motion Graphs
2
Linear & Projectile Motion
2.1
SUVAT Equations
2.2
Investigating Motion & Collisions
2.3
Projectile Motion
2.4
Braking & Reaction Times
2.5
Acceleration & Free Fall
3
Dynamics
3.1
3.3.1 Force & Acceleration
3.2
3.3.3 Tension, Normal force, Upthrust & Friction
3.3
3.3.5 Drag Forces
3.4
3.3.6 Terminal Velocity
3.5
3.3.4 Motion in One & Two Dimensions
3.6
3.3.7 Investigating Terminal Velocity
3.7
3.3.2 Weight
4
Moments
4.1
Equilibrium
4.2
Moments
4.3
Centre of Mass
4.4
Couples & Torque
5
Density & Pressure
5.1
Density
5.2
Pressure
5.3
Archimedes' Principle
6
Work, Energy & Power
6.1
Kinetic Energy
6.2
Energy & Work
6.3
Gravitational Potential Energy
6.4
Efficiency
6.5
Work Done
6.6
Power
6.7
Conservation of Energy
7
Materials
7.1
Elastic Potential Energy
7.2
Hooke's Law
7.3
Elastic & Plastic Deformation
7.4
Deformation & Compression
7.5
Stress-Strain Graphs
7.6
Young's Modulus
7.7
Stress, Strain & Tensile Strength
7.8
Force-Extension Graphs
8
Newton's Laws of Motion & Momentum
8.1
Impulse on a Force-Time Graph
8.2
Collisions
8.3
Conservation of Momentum
8.4
Impulse
8.5
Linear Momentum
8.6
Newton's Three Laws of Motion
