For the situation shown in Figure calculate FL , the magnitude of the force exerted by the left hand. The hands are 0.966 m apart, and the CG of the pole is 0.626 m from the left hand. The mass of the pole is 9.91 kg. Input your answer in N using 3 significant figures. g=9.80 mis2 Center of gravity (CG) is the point where the total weight of the body is assumed to be concentrated. Free-body diagram FA CG F

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For the situation shown in Figure calculate FL , the magnitude of the force exerted by the left hand.
The hands are 0.966 m apart, and the CG of the pole is 0.626 m from the left hand. The mass of the pole is 9.91 kg.
Input your answer in N using 3 significant figures.
g=9.80 m/s?
Center of gravity (CG) is the point where the total weight of the body is assumed to be concentrated.
FR
Free-body
diagram
w
FR
CG
QUESTION 7
A mass that can oscillate
without friction on a horizontal
surface is attached to a
horizontal spring and is pulled
to the right and is released
from rest at the time to=0. The
period of the oscillation is T.
The speed of the mass is V at
the time t. What is the
amplitude of the oscillation?
T= 3.51s, V= 9.16m/s, t=3.68s.
F.
Transcribed Image Text:For the situation shown in Figure calculate FL , the magnitude of the force exerted by the left hand. The hands are 0.966 m apart, and the CG of the pole is 0.626 m from the left hand. The mass of the pole is 9.91 kg. Input your answer in N using 3 significant figures. g=9.80 m/s? Center of gravity (CG) is the point where the total weight of the body is assumed to be concentrated. FR Free-body diagram w FR CG QUESTION 7 A mass that can oscillate without friction on a horizontal surface is attached to a horizontal spring and is pulled to the right and is released from rest at the time to=0. The period of the oscillation is T. The speed of the mass is V at the time t. What is the amplitude of the oscillation? T= 3.51s, V= 9.16m/s, t=3.68s. F.
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