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Savvas Elevate Course 1 Topic 3 Lessons 1 and 2

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Savvas Elevate Course 1 Topic 3 Lessons 1 and 2

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Savvas Elevate Course 1 Topic 3 Lessons 1 and 2
 

Savvas Elevate Course 1 Topic 3 Lessons 1 and 2Online version

Savvas Elevate Course 1 Topic 3 Lessons 1 and 2

by Kim Boxdorfer
1

Is force a push or a pull?

2

Could 2000 meters be the mass in this equation: KE=½ × mass × speed²

3

Is the correct formula for kinetic energy ½ × mass × speed²?

4

Can force change the motion of an object?

5

Is gravitational potential energy caused by the gravitational pull of Earth?

6

Does an object sitting still on the floor have gravitational potential energy?

7

Does a roller coaster car have the most kinetic energy at the lowest point?

8

Does a roller coaster have the most kinetic energy at the highest point?

9

Do springs have kinetic energy when they are not moving?

10

If you apply force to something but it does not move, have you done work?

11

If a roller coaster car is moving fastest at the bottom, is that when kinetic energy is greatest?

12

When you swing a bat, do you use energy to change the motion of the bat by applying a force?

13

If something weighs 20 N and is 2 m high, is its GPE 40 N·m?

14

When you push a shovel into the ground, are you doing work?

15

When you swing a bat, do you use motion to change the force of the bat?

16

When you swing a bat, do you use transfer to change the motion of the bat?

17

Does carrying something without lifting it count as doing work?

18

When you swing a bat, does the force you apply change the motion of the bat?

19

Does a roller coaster car have the most potential energy at the highest point?

20

Is 22 N·m the correct GPE of a 20-N object that is 2 m high?

21

Does height affect gravitational potential energy?

22

When you carry an object at the same height, are you doing work?

23

Do springs have elastic potential energy when they can stretch?

24

Is the correct formula for kinetic energy ½ × speed × mass²?

25

Do springs have elastic potential energy because they can stretch?

26

Do springs also have gravitational potential energy when they hang from above?

27

Does kinetic energy mean energy of motion?

28

Could 120 seconds be the speed in this equation: KE=½ × mass × speed²

29

Is gravitational potential energy caused by an object’s elasticity?

30

When you pick up an object, are you doing work?

31

Could 16.67m/s be the speed in this equation: KE=½ × mass × speed²

32

Does potential energy mean stored energy?

33

Does weight affect gravitational potential energy?

34

Could 500 kg be the mass in this equation: KE=½ × mass × speed²

35

Does a roller coaster have the most potential energy at the lowest point?

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