Potential to Kinetic Energy Practice Exercise 2

Question 1

A cart carrying vegetables is parked at the top of a hill. If the brakes fail, what energy change happens as it moves down the hill?

Question 2

A cart carrying vegetables is parked at the top of a hill. If the brakes fail, what energy change happens as it moves down the hill? (1 mark)

Question 3

A cart carrying vegetables is parked at the top of a hill. If the brakes fail, what energy change happens as it moves down the hill? (1 mark)

Question 4

A coconut falls from a tall palm tree. Which change in energy happens?

Question 5

A coconut falls from a tall palm tree. Which change in energy happens? (1 mark)

Question 6

A coconut falls from a tall palm tree. Which change in energy happens? (1 mark)

Question 7

A cyclist stops pedalling at the top of a hill and rolls down. Which statement is correct?

Question 8

A cyclist stops pedaling at the top of a hill and rolls down. Which statement is correct? (1 mark)

Question 9

A cyclist stops pedaling at the top of a hill and rolls down. Which statement is correct? (1 mark)

Question 10

A metal drum is placed on top of a slope and released. Which statement best describes the energy transformation?

Question 11

A metal drum is placed on top of a slope and released. Which statement best describes the energy transformation? (1 mark)

Question 12

A metal drum is placed on top of a slope and released. Which statement best describes the energy transformation? (1 mark)

Question 13

A pupil slides down a long playground slide. How would making the slide steeper affect the transformation of energy?

Question 14

A pupil slides down a long playground slide. How would making the slide steeper affect the transformation of energy? (1 mark)

Question 15

A pupil slides down a long playground slide. How would making the slide steeper affect the transformation of energy? (1 mark)

Question 16

A pupil slides down a long playground slide. How would making the slide steeper affect the transformation of energy? (1 mark)

Question 17

A school has a water tank raised 6 metres above the ground. When the tap at the bottom is opened, water flows out to fill buckets. What happens to the energy of the water as it leaves the tank?

Question 18

A school has a water tank raised 6 metres above the ground. When the tap at the bottom is opened, water flows out to fill buckets. What happens to the energy of the water as it leaves the tank? (1 mark)

Question 19

A school has a water tank raised 6 metres above the ground. When the tap at the bottom is opened, water flows out to fill buckets. What happens to the energy of the water as it leaves the tank? (1 mark)

Question 20

Diagram question: The diagram shows a coconut hanging from a tree in picture A, and the coconut falling in picture B. What is the main energy change from A to B?

Question 21

The diagram below shows a coconut hanging from a tree in picture A, and the coconut falling in picture B. What is the main energy change from A to B? (1 mark)

Question 22

The diagram below shows a coconut hanging from a tree in picture A, and the coconut falling in picture B. What is the main energy change from A to B? (1 mark)

Question 23

The diagram shows a guava hanging from a branch in picture A, and the guava falling to the ground in picture B. What is the main energy change from A to B?

Question 24

The diagram shows a guava hanging from a branch in picture A, and the guava falling to the ground in picture B. What is the main energy change from A to B? (1 mark)

Question 25

The diagram shows a guava hanging from a branch in picture A, and the guava falling to the ground in picture B. What is the main energy change from A to B? (1 mark)

Question 26

The diagram below shows a guava hanging from a branch in picture A, and the guava falling to the ground in picture B. What is the main energy change from A to B? (1 mark)

Question 27

The diagram below shows a guava hanging from a branch in picture A, and the guava falling to the ground in picture B. What is the main energy change from A to B? (1 mark)

Question 28

Water held behind a dam gate has:

Question 29

Water held behind a dam gate has: (1 mark)

Question 30

Water held behind a dam gate has: (1 mark)

Question 31

When a child on a swing reaches the highest point, what type of energy is greatest?

Question 32

When a child on a swing reaches the highest point, what type of energy is greatest? (1 mark)

Question 33

When a child on a swing reaches the highest point, what type of energy is greatest? (1 mark)

Quiz Questions (33 questions)