The 2.0-m-long, 15 kg

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Do part B and DO NOT FIND THE GRAVITATIONAL TORQUE, FIND THE ANGULAR ACCELERATION.

34. ||| The 2.0-m-long, 15 kg beam in Figure P7.34 O is hinged at its left end. It is "falling" (rotating
clockwise, under the influence of gravity), and the figure shows its position at three different times.
What is the gravitational torque on the beam about an axis through the hinged end when the beam is
at the
Figure P7.34
2.0 m
20°
45°
a. Upper position?
b. Middle position?
c. Lower position?
Transcribed Image Text:34. ||| The 2.0-m-long, 15 kg beam in Figure P7.34 O is hinged at its left end. It is "falling" (rotating clockwise, under the influence of gravity), and the figure shows its position at three different times. What is the gravitational torque on the beam about an axis through the hinged end when the beam is at the Figure P7.34 2.0 m 20° 45° a. Upper position? b. Middle position? c. Lower position?
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