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Which Equation Will You Need to Use?

Total questions: 16

Worksheet time: 16mins

Name
Class
Date
1.

How much force would it take to accelerate a 2.3 kg object by 4.5 m/s^2?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

W done = change in GPE

2.

What's the mass of an object that can be accelerated at 4.5 m/s^2 by 250 N?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

GPE = mgh

3.

How much work does it take to apply 568 N for 15 m?

a)

F = ma

b)

W = Fd

c)

W = change in GPE

d)

W = change in KE

4.

How much work does it take to put a 23 kg object on a 5 m shelf?

a)

F = ma

b)

W = Fd

c)

W = change in GPE

d)

W = change in KE

5.

How much force would it take to push an object for 45 m while doing 256 J of work?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

W done = change in GPE

6.

How much work can be done in 15 s if you exert 46 W?

a)

F = ma

b)

W = Fd

c)

P = W/t

d)

W done = change in GPE

7.

How long will it take to do 75 J of work while exerting 16 W of power?

a)

F = ma

b)

W = Fd

c)

P = W/t

d)

W done = change in GPE

8.

What's the mass of an object that is traveling at 45 m/s when it has 568 J of kinetic energy?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

GPE = mgh

9.

How fast will a 3.8 kg object be going when it has 2679 J of kinetic energy?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

GPE = mgh

10.

A 36 kg object, which is falling, is moving at 15.9 m/s right before it hits the ground. How high did it fall from?

a)

KE bottom= GPE topKE\ _{bottom_{ }}=\ GPE\ _{top}

b)

W = Fd

c)

KE = 0.5 mvv

d)

GPE = mgh

11.

How high above the ground is a 67 kg object when it has 459 J of gravitational potential energy?

a)

F = ma

b)

W = Fd

c)

KE = 0.5 mvv

d)

GPE = mgh

12.

How much potential energy does a 230 N object have if you elevate it 4 m?

a)

F = ma

b)

W = Fd

c)

W = change in GPE

d)

GPE = mgh

13.

How much potential energy does a 80 kg object have when on a 3.7 m cliff?

a)

F = ma

b)

W = Fd

c)

W = change in GPE

d)

GPE = mgh

14.

How much work can be done by a 45 kg object moving at 15 m/s when it crashes into something?

a)

KE bottom= GPE topKE\ _{bottom_{ }}=\ GPE\ _{top}

b)

W = Fd

c)

W = P/t

d)

W = change in KE

15.

How much work does it take to make a 26700 kg object move at 3.6 m/s?

a)

KE bottom= GPE topKE\ _{bottom_{ }}=\ GPE\ _{top}

b)

W = Fd

c)

GPE = mgh

d)

W = change in KE

16.

A 36 kg object falls off a 2.6 m shelf. How much kinetic energy will it have right before it hits the ground?

a)

KE bottom= GPE topKE\ _{bottom_{ }}=\ GPE\ _{top}

b)

W = Fd

c)

KE = 0.5 mvv

d)

W = change in KE