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Identify if a block will move to the left, right or stay still when different forces are applied to it.
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Identify the piece of equipment used to measure forces.
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Name the piece of equipment used to measure forces.
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Identify which type of footwear will sink into carpet the most.
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Identify what is the same for each type of footwear.
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Describe how snowshoes help people to walk in deep snow.
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Name the force that is lower between a skate and ice compared to between a skate and carpet.
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Identify which arrow on the diagram represent air resistance.
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Identify which forces will be balanced when a plane is flying as a constant height.
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Identify which forces will be balanced when a plane is flying as a constant speed.
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Describe the forces acting on a plane just before take off.
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Describe the forces acting on a plane just as it leaves the ground.
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Identify the direction that the astronaut will move from the forces acting on him.
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Describe what will happen to the astronaut when his jets produce certain forces.
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Identify the direction that the astronaut will move from the forces acting on him.
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Calculate the turning moment of the wire cutters and give the correct units.
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Calculate the force applied by each blade of the wire cutters.
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Calculate the pressure of each blade on the wire and give the correct units.
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Calculate the pressure a pencil applies to a piece of paper and give the correct units.
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Calculate the turning moment of the book cover and give the correct units.
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Calculate the weight of the book from the information given.
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Use the distance-time graph to work out how long it takes a cyclist to travel a certain distance.
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Use the distance-time graph to work out how far behind the runner was when the cyclist finished the race.
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Use the distance-time graph to work out how much more time the runner took to complete the race compared to the cyclist.
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Describe how the graph shows that the cyclist was travelling at a constant speed during the race.
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Explain why the parachutist reaches terminal velocity and why opening their parachute reduces their terminal velocity.
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