1. A car is travelling with a uniform velocity of 80kmh-1 northward from JB.

2. A train travelling in a straight line at 30ms-1 accelerates uniformly to 54ms-1 in 30 seconds. Calculate the distance travelled by the train during the time.

3. A school bus accelerates with an acceleration of 4.0ms-2 after picking up some students at a bus stop.Calculate the(a) Velocity of the bus after 5s(b) Distance travelled by the bus after 5s.

4. A long jumper was running at a velocity of 5ms-1 towards the long jump pit. He needed to achieve a velocity of 10ms-1 after covering a distance of 4.5m before lifting himself off the ground from the jumping board.(a) Calculate the required acceleration for him to do so.(b) Calculate the time taken for him to cover the horizontal distance of 4.5m

5. A cyclist cycled in a straight line at a velocity of 8ms-1 on a hard surface. When he was 6m from a soft surface, he braked to slow the bicycle down so that it entered the soft surface at a velocity of 4ms-1. (a) What is the time taken by the bicycles to slow down from 8ms-1 to 4ms-1?(b) Calculate the deceleration of the bicycle.(c) The bicycle decelerated to a stop, with a uniform deceleration, in 3 seconds after entering the soft surface. Calculate the distance travelled by the bicycle on the soft surface.

6. A car which is moving with a constant acceleration passes by lamp post A and lamp post B with velocities of 18ms-1 and 20ms-1 respectively.

If the distance between the two lamp posts is 10 m, calculate(a) The acceleration of the car.(b) The time taken by car to travel from lamp post A to lamp post B

7. When a dart is blown from a blowpipe of 1.2 m length, it travels at a speed of 15ms-1. Find the time taken for the dart to travel in the barrel.

8. Daniel drives his car at a constant velocity of 20ms-1. He steps on his brakes to reduce the velocity of the car to 10ms-1 after travelling 30m. Calculate the deceleration and the further distance covered before the car stops.