| Balanced or Unbalanced? | 1.5 Forces | Short Answer | 1-2 | | Multiple |
| Hooke's Law: Springs & Extension | 1.5 Forces | Short Answer | 1-2 | | Spring & Ruler (Hooke's law) |
| Moments Short Answer Set | 1.5 Forces | Short Answer | 1-2 | | Multiple |
| Newton's Laws Set 1 | 1.5 Forces | Short Answer | 1-2 | | Force Diagram |
| Newton's Laws Set 2 | 1.5 Forces | Short Answer | 1-2 | | Multiple |
| See-Saws, Levers & Balance | 1.5 Forces | Cloze | 5 | | No diagram |
| Forces & Changes in Motion | 1.5 Forces | Cloze | 4-5 | | No diagram |
| Graph Skills and Trends | 1.5 Forces | Cloze | 5 | | No diagram |
| Springs, Graphs & Deformation | 1.5 Forces | Cloze | 5 | | No diagram |
| Turning Forces & Balance | 1.5 Forces | Cloze | 5 | | No diagram |
| Newton's Laws in Action | 1.5 Forces | Cloze | 5 | | No diagram |
| Priya's Metre Rule Balance | 1.5 Forces | Structured | 7 | | Principle of Moments |
| Undoing a Wheel Nut | 1.5 Forces | Structured | 7 | | Turning effect |
| Dragging a Wooden Block | 1.5 Forces | Structured | 7 | | Force Diagram |
| A Banked Aeroplane | 1.5 Forces | Structured | 7 | | Circular Motion |
| A Car On A Circular Track | 1.5 Forces | Structured | 7 | | Circular Motion |
| Aeroplane in a Banked Turn | 1.5 Forces | Structured | 10 | | Circular Motion |
| Car Turning Round a Bend | 1.5 Forces | Structured | 5 | | Circular Motion |
| Moon Orbit Velocity Direction | 1.5 Forces | Structured | 4 | | Circular Motion |
| The Moon Orbiting Earth | 1.5 Forces | Structured | 6 | | Circular Motion |
| Calculating a Spring Constant from Extension | 1.5 Forces | Structured | 6 | | Spring & Ruler (Hooke's law) |
| Method for a Force-Extension Investigation | 1.5 Forces | Structured | 7 | | Spring & Ruler (Hooke's law) |
| Predicting Spring Extension for a Larger Load | 1.5 Forces | Structured | 7 | | Spring & Ruler (Hooke's law) |
| Skydiver | 1.5 Forces | Structured | 11 | | Opposing force |
| Beam principle of moments | 1.5 Forces | Structured | 8 | | Principle of Moments |
| Beam with three loads: balance check | 1.5 Forces | Structured | 8 | | Principle of Moments |
| Bike pedal | 1.5 Forces | Structured | 7 | | Turning effect |
| Centre of Gravity of a Lamina | 1.5 Forces | Structured | 8 | | No diagram |
| Checking Beam Equilibrium | 1.5 Forces | Structured | 9 | | Principle of Moments |
| Cyclist Pedal Turning Effect | 1.5 Forces | Structured | 6 | | Turning effect |
| Lowering the Centre of Gravity | 1.5 Forces | Structured | 10 | | Principle of Moments |
| Missing distance on a balanced beam | 1.5 Forces | Structured | 7 | | Principle of Moments |
| Missing force on a balanced beam | 1.5 Forces | Structured | 7 | | Principle of Moments |
| Moments comparison | 1.5 Forces | Structured | 6 | | Turning effect |
| Moved load comparison | 1.5 Forces | Structured | 7 | | Principle of Moments |
| Principle of moments in centimetres | 1.5 Forces | Structured | 6 | | Principle of Moments |
| Spanner and nut | 1.5 Forces | Structured | 6 | | Turning effect |
| Stability and Toppling | 1.5 Forces | Structured | 10 | | Centre of Gravity |
| Unbalanced beam with three loads | 1.5 Forces | Structured | 8 | | Principle of Moments |
| Cyclist opposing forces | 1.5 Forces | Structured | 9 | | Opposing force |
| Skydiver momentum rate | 1.5 Forces | Structured | 4 | | Opposing force |
| Air Resistance on a Cyclist | 1.5 Forces | Structured | 9 | | Opposing force |
| Balanced vs Unbalanced Forces | 1.5 Forces | Structured | 10 | | Opposing force |
| Braking Force on a Car | 1.5 Forces | Structured | 8 | | Opposing force |
| Car Weight and Reaction | 1.5 Forces | Structured | 7 | | Opposing force |
| Cyclist Accelerating Forwards | 1.5 Forces | Structured | 6 | | Opposing force |
| Drag on a Boat | 1.5 Forces | Structured | 8 | | Opposing force |
| Forces on a Boat | 1.5 Forces | Structured | 8 | | Opposing force |
| Forces on a Moving Boat | 1.5 Forces | Structured | 8 | | Opposing force |
| Opposite Forces On A Trolley | 1.5 Forces | Structured | 7 | | No diagram |
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