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A physics experiment is setup as shown in the diagram. The hanging mass 4m is released from rest. As it falls, the string applies a constant torque to the T shape apparatus, which is allowed to rotate about the vertical pole with a radius "r". Starting from rest and neglecting all friction which of the following would result in a graph with a straight line? SELECT TWO ANSWERS

A physics experiment is setup as shown in the diagram. The hanging mass 4m is released from rest. As it falls, the string applies a constant torque to the T shape apparatus, which is allowed to rotate about the vertical pole with a radius "r". Starting from rest and neglecting all friction which of the following would result in a graph with a straight line? SELECT TWO ANSWERS

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A physics experiment is setup as shown in the diagram.  The hanging mass 4m is released from rest.  As it falls, the string applies a constant torque to the T shape apparatus, which is allowed to rotate about the vertical pole with a radius "r".  Starting from rest and neglecting all friction which of the following would result in a graph with a straight line?  SELECT TWO ANSWERS
 
2L radius r 4m A physics experiment is setup as shown in the diagram. The hanging mass 4m is released from rest. As it falls, the string applies a constant torque to the T shape apparatus, which is allowed to rotate about the vertical pole with a radius "r". Starting from rest and neglecting all friction which of the following would result in a graph with a straight line? SELECT TWO ANSWERS a. Plotting angular speed (w) on the y-axis and time (t) on the x-axis b. Plotting Krotational on the y-axis and angular displacement squared (Dq²) on the x-axis O c. Plotting angular speed squared (w²) on the y-axis and angular displacement (Dq) on the x-axis O d. Plotting Krotational on the y-axis and time squared (t2)on the x-axis
Transcribed Image Text:2L radius r 4m A physics experiment is setup as shown in the diagram. The hanging mass 4m is released from rest. As it falls, the string applies a constant torque to the T shape apparatus, which is allowed to rotate about the vertical pole with a radius "r". Starting from rest and neglecting all friction which of the following would result in a graph with a straight line? SELECT TWO ANSWERS a. Plotting angular speed (w) on the y-axis and time (t) on the x-axis b. Plotting Krotational on the y-axis and angular displacement squared (Dq²) on the x-axis O c. Plotting angular speed squared (w²) on the y-axis and angular displacement (Dq) on the x-axis O d. Plotting Krotational on the y-axis and time squared (t2)on the x-axis
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