What will happen to torque if the force increases while lever arm is constant? C. Becomes zero D. Remains the same A. Decreases B. Increases

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Chapter8: Rotational Equilibrium And Dynamics
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4. What will happen to torque if the force increases while lever arm is constant?
A. Decreases
C. Becomes zero
B. Increases
D. Remains the same
9. What will happen on the system if the clockwise torque is greater than counter clockwise torque?
A. It will not rotate.
B. It will rotate clockwise.
C. It will rotate counter clockwise.
D. It will rotate clockwise, then counter clockwise
15. What is the net torque exerted by the weight of a boy sitting at the center of the seesaw?
A. the product of the boy's weight and the length of the seesaw
B. the product of the boy's weight and half of the length of the seesaw
C. the product of seesaw's weight and half of the height of the boy
D. zero
19. Which requires more muscle strength (pull by the muscle) to lift a 25-pound dumbbell?
A. An arm with a longer forearm
B. An arm with a shorter forearm
C. The length doesn't matter.
D. An arm with average forearm.
Transcribed Image Text:4. What will happen to torque if the force increases while lever arm is constant? A. Decreases C. Becomes zero B. Increases D. Remains the same 9. What will happen on the system if the clockwise torque is greater than counter clockwise torque? A. It will not rotate. B. It will rotate clockwise. C. It will rotate counter clockwise. D. It will rotate clockwise, then counter clockwise 15. What is the net torque exerted by the weight of a boy sitting at the center of the seesaw? A. the product of the boy's weight and the length of the seesaw B. the product of the boy's weight and half of the length of the seesaw C. the product of seesaw's weight and half of the height of the boy D. zero 19. Which requires more muscle strength (pull by the muscle) to lift a 25-pound dumbbell? A. An arm with a longer forearm B. An arm with a shorter forearm C. The length doesn't matter. D. An arm with average forearm.
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