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SHM Quiz
By Joshua Kehr
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Last updated 20 days ago
10 questions
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Question 1
1.
Question 2
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Question 3
3.
Question 4
4.
Question 5
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Question 6
6.
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Find the spring constant to nearest hundreth.
Question 7
7.
Question 8
8.
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Find the maximum spring force to nearest thousandth.
Question 9
9.
Question 10
10.
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Find the period nearest thousandth.
In a spring-mass system, the location of the maximum potential energy is:
At either maximum displacement point.
At equilibrium.
In between equilibrium and maximum displacement.
In a spring-mass system, the location of the maximum speed is:
At either maximum displacement point.
In between equilibrium and maximum displacement.
At equilibrium.
If the amplitude of a spring-mass system was double, the new period would be:
1/4 T
2T
T
4T
If a pendulum was moved from Earth to the moon, the new period would:
decrease
increase
remain the same
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Which equation would you start with to find the spring constant?
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Which equation would you start with to find the maximum spring force?
A spring of original length 4cm is hung from the ceiling. The spring stretches to a new length of 7cm when a mass of 35g is placed on it.
Which equation would you start with to find the period?