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WorksheetsGCSE Physics Unit 2: Distance, Speed, and Acceleration
Total questions: 20
Worksheet time: 10mins
Explain how motion is described using distance-time graphs and velocity-time graphs.
Motion is described by the slope of the graph.
Motion is described by the area under the graph.
Motion is described by the shape of the graph.
Motion is described by the intercept of the graph.
Calculate the speed if the distance moved is 100 meters and the time taken is 20 seconds.
(Speed = distance/time)
5 m/s
10 m/s
15 m/s
20 m/s
What factors affect the total stopping distance of a car?
Thinking distance
Breaking distance
Thinking and Breaking distance
Breaking distance minus reaction time
Describe the relationship between acceleration and the gradient of a velocity-time graph.
Acceleration is the gradient of a velocity-time graph.
Acceleration is the area under a velocity-time graph.
Acceleration is the inverse of the gradient of a velocity-time graph.
Acceleration is unrelated to the gradient of a velocity-time graph.
What is the effect of increasing speed on the stopping distance of a vehicle?
Stopping distance remains the same
Stopping distance is unaffected by speed
Stopping distance decreases
Stopping distance increases
How is uniform acceleration represented on a velocity-time graph?
As a straight line with a positive slope
As a vertical line
As a horizontal line
As a curved line
If a car travels 15 meters in 30 seconds, what is its average speed?
(Speed = distance/time)
0.5 m/s
3 m/s
5 m/s
7 m/s
What is the relationship between velocity and the slope of a distance-time graph?
Velocity is the inverse of the slope of a distance-time graph.
Velocity is unrelated to the slope of a distance-time graph.
Velocity is the area under a distance-time graph.
Velocity is the slope of a distance-time graph.
How does an increase in mass affect the acceleration of an object, assuming force is constant?
Acceleration increases
Acceleration becomes zero
Acceleration decreases
Acceleration remains the same
If a cyclist covers 50 meters in 10 seconds, what is their average speed?
(Speed = distance/time)
2 m/s
15 m/s
10 m/s
5 m/s
What happens to the stopping distance if the road is wet?
Stopping distance decreases
Stopping distance is unaffected by road conditions
Stopping distance remains the same
Stopping distance increases
How does doubling the speed of a vehicle affect its kinetic energy?
Kinetic energy remains the same
Kinetic energy doubles (x2)
Kinetic energy quadruples (x4)
Kinetic energy halves
What is the effect of friction on the motion of a vehicle?
Friction makes the vehicle move faster
Friction decreases the speed of the vehicle
Friction has no effect on the vehicle
Friction increases the speed of the vehicle
What is the effect of air resistance on the motion of a falling object?
Air resistance makes the object fall faster
Air resistance increases the speed of the object
Air resistance decreases the speed of the object
Air resistance has no effect on the object
How does the mass of a vehicle affect its stopping distance, assuming all other factors are constant?
Stopping distance remains the same regardless of mass
Stopping distance increases with increased mass
Stopping distance decreases with increased mass
Stopping distance is unaffected by mass
What is the relationship between force and acceleration according to Newton's second law?
Force is the square of acceleration
Force is directly proportional to acceleration
Force is inversely proportional to acceleration
Force is unrelated to acceleration
What is the effect of increasing the surface area on the air resistance experienced by a moving object?
Air resistance decreases
Air resistance remains the same
Air resistance is unaffected by surface area
Air resistance increases
How does the angle of a ramp affect the acceleration of an object sliding down it?
Acceleration decreases with a steeper angle
Acceleration increases with a steeper angle
Acceleration remains constant regardless of angle
Acceleration is unaffected by the angle of the ramp
What happens to the kinetic energy of a vehicle if its mass is halved while maintaining the same speed? equation is KE = 1/2 m v2
Kinetic energy halves
Kinetic energy doubles
Kinetic energy quadruples
Kinetic energy remains the same
How does the presence of a lubricant affect the friction between two surfaces?
Friction increases
Friction decreases
Friction remains the same
Friction is unaffected by lubricants
