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8009684
Work and Mechanical Energy
Description
- Physics G10 Quiz on Work and Mechanical Energy, created by Kevin Ding on 08/03/2017.
No tags specified
work
mechanical energy
physics g10
-
Quiz by
Kevin Ding
, updated more than 1 year ago
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Created by
Kevin Ding
over 7 years ago
267
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Resource summary
Question 1
Question
Work is product of ___________ and _____________.
Answer
force, velocity
acceleration, mass
force, acceleration
force, displacement
Question 2
Question
Which one of the followings is the Equation for Graviational Potential Energy
Answer
Image:
91a76fb8-6155-4e60-857a-b6080e31d074 (image/png)
Ep=mgh
Image:
4d67058d-9e90-4c13-a5c0-1e04f5096fdf (image/png)
W=FS
Question 3
Question
Which one of the followings is the equation for elastic potential energy
Answer
Image:
ab419d52-a659-4ff0-ac85-2c7260f25803 (image/png)
Image:
4e62c79a-4cca-4f4e-92b2-0732221fbe28 (image/png)
Ep=mgh
W=FS
Question 4
Question
Mechanical Energy is the combination of ...
Answer
Potential Energy and Kinetic Energy
Potential Energy and Work
Force and Displacment
Thermal Energy and Nuclear Energy
Question 5
Question
in an object's motion, no force means no work done on the object
Answer
True
False
Question 6
Question
If an object is experiencing force but has no displacement, then there is no work done on the object.
Answer
True
False
Question 7
Question
Conservation of Mechanical suggests that the potential energy can be transformed into kinetic energy while there is no friction in effect.
Answer
True
False
Question 8
Question
The work done on the object is [blank_start]249.96[blank_end] J
Image:
e0f05865-4f7f-43ae-ac41-b5c2f1364af8 (image/jpeg)
Answer
216.51
Question 9
Question
The work done on the object is [blank_start]225.90[blank_end] J
Image:
aa4c080b-6cf9-4f62-a84e-eefb383348f6 (image/jpeg)
Answer
204.51
Question 10
Question
The work done on the object is [blank_start]11.8[blank_end] j
Image:
bcec4ade-ac5d-44a4-9403-4cb7cc7cd738 (image/jpeg)
Answer
11.8
Question 11
Question
The work done on the object is [blank_start]4.9[blank_end] j
Image:
2467c3c0-012d-4eba-a4a6-e510d165b585 (image/jpeg)
Answer
4.9
Question 12
Question
The potential energy in this system is [blank_start]98[blank_end] J
Image:
e780e72f-9185-4c33-8b44-8b5fcbf0fe55 (image/jpeg)
Answer
98
Question 13
Question
The kinetic energy in this system is [blank_start]5[blank_end] J
Image:
a388f772-1cb8-4aa4-b8c8-e921c49192a5 (image/jpeg)
Answer
50
Question 14
Question
Vf= [blank_start]7[blank_end] m/s and V= [blank_start]7[blank_end] m/s
Image:
5a029f1c-c809-4638-941f-9f86b050ba32 (image/jpeg)
Answer
7
7
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