A torque of 20N*m is applied to a wrench turning around a bolt. Name three conceptually different ways to DECREASE the torque applied.
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A torque of 20N*m is applied to a wrench turning around a bolt. Name three conceptually different ways to DECREASE the torque applied. Draw a picture of each and relate it back to the torque equation.
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- Refer to the picture below.Newton's second law for linear motion is mà The equivalent form for rotational motion is - là, where is torque, I stands for the moment of inertia, and is the angular acceleration. The effectiveness of the applied torque is determined by: O The amount of Force applied The distance of the applied force from the axis of rotation. O The angle between the applied force vector Fand the vector distance from the axis of rotation to the applied point of the force O All of the aboveA turn table starts from rest and reaches 11 rad/s of angular velocity in 9.0 s. Find the total angle it turned during the time in rad. Hint: use rotational kinematics formula. Assume initial angle and initial angular velocity as zero. Your Answer:
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