A car accelerates uniformly from rest at m s⁻² for s. Calculate its final speed.
Salam Academy Original Practice · Proposed mark scheme
Practise
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12 questions
For the same car (from rest, m s⁻² for s), calculate the distance travelled.
Salam Academy Original Practice · Proposed mark scheme
Calculate the time for the ball (thrown up at m s⁻¹) to reach its maximum height.
Salam Academy Original Practice · Proposed mark scheme
The gradient of a displacement–time graph represents
Salam Academy Original Practice · Proposed mark scheme
The area under a velocity–time graph represents
Salam Academy Original Practice · Proposed mark scheme
Which statement about displacement and distance is correct?
Salam Academy Original Practice · Proposed mark scheme
A car slows uniformly from m s⁻¹ to rest in a distance of m. Calculate the magnitude of its deceleration.
Salam Academy Original Practice · Proposed mark scheme
A stone is dropped from rest from a height of m. Ignoring air resistance, calculate its speed on reaching the ground. ( m s⁻²)
Salam Academy Original Practice · Proposed mark scheme
Calculate the time the stone takes to fall the m from rest.
Salam Academy Original Practice · Proposed mark scheme
A ball is thrown vertically upwards at m s⁻¹. Calculate its maximum height above the point of release.
Salam Academy Original Practice · Proposed mark scheme
A velocity–time graph is a straight line from m s⁻¹ at to m s⁻¹ at s. Calculate the displacement in this time.
Salam Academy Original Practice · Proposed mark scheme
A ball is thrown vertically upwards at m s⁻¹ from the top of a cliff m high. Calculate the time taken for it to hit the ground at the foot of the cliff. ( m s⁻²)
Salam Academy Original Practice · Proposed mark scheme