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11 Calculating kinetic and potential energy M
By Tamara Hyde
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Last updated over 4 years ago
18 questions
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Question 15
15.
A toy car is traveling with a velocity of 4 m/s and has a mass of 1.1 kg. Show your work.
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Question 1
1.
It has what type of energy?
Potential
Kinetic
Question 2
2.
Which equation would you use to calculate that type of energy?
PE=mgh
KE=1/2 mv
2
Question 3
3.
It has what type of energy?
Potential
Kinetic
Question 4
4.
Which equation would you use to calculate that type of energy?
KE=1/2 mv
2
PE=mgh
Question 5
5.
It has what type of energy?
Potential
Kinetic
Question 6
6.
Which equation would you use to calculate that type of energy?
PE=mgh
KE=1/2 mv
2
Question 7
7.
It has what type of energy?
Potential
Kinetic
Question 8
8.
Which equation would you use to calculate that type of energy?
PE=mgh
KE=1/2 mv
2
Question 9
9.
It has what type of energy?
Kinetic
Potential
Question 10
10.
Which equation would you use to calculate that type of energy?
KE=1/2 mv
2
PE=mgh
Question 11
11.
It has what type of energy?
Potential
Kinetic
Question 12
12.
Which equation would you use to calculate that type of energy?
KE=1/2 mv
2
PE=mgh
Question 13
13.
What type of energy
kinetic
potential
Question 14
14.
Which equation?
KE=1/2 mv
2
PE=mgh
Question 16
16.
What type of energy in this situation?
kinetic
potential
Question 17
17.
Which equation?
KE=1/2mv
2
PE=mgh
Question 18
18.
A cinder block is sitting on a platform 20 m high. It has a mass of 7.9 kg.
