The bob of a simple pendulum is pulled to the right by an angle 0_0 = 10° and then released from rest. If the period of oscillation equals to one second, what is the time needed for the bob to reach the angular position e = -5° for the first time? (g 10 m/s^2) %3D t = 1/8 sec O t= 1/6 sec O t= 5/6 sec O t= 1/3 sec
The bob of a simple pendulum is pulled to the right by an angle 0_0 = 10° and then released from rest. If the period of oscillation equals to one second, what is the time needed for the bob to reach the angular position e = -5° for the first time? (g 10 m/s^2) %3D t = 1/8 sec O t= 1/6 sec O t= 5/6 sec O t= 1/3 sec
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![The bob of a simple pendulum is pulled to the right by an angle 0_0 10° and
then released from rest. If the period of oscillation equals to one second, what
is the time needed for the bob to reach the angular position 0 = -5° for the first
time? (g = 10 m/s^2)
%3D
O t= 1/8 sec
Ot= 1/6 sec
O t= 5/6 sec
Ot= 1/3 sec](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc7562b40-3e05-4a22-81ff-e84e949bae76%2F72a820a5-7b80-4bf3-9097-38dae2bed9c8%2Fj9m7ng_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The bob of a simple pendulum is pulled to the right by an angle 0_0 10° and
then released from rest. If the period of oscillation equals to one second, what
is the time needed for the bob to reach the angular position 0 = -5° for the first
time? (g = 10 m/s^2)
%3D
O t= 1/8 sec
Ot= 1/6 sec
O t= 5/6 sec
Ot= 1/3 sec
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