Constant Torque & Acceleration: Is It Possible?

AI Thread Summary
Constant torque does lead to angular acceleration, as a net torque results in angular motion changes according to Newton's second law for rotation. However, this does not imply that translational acceleration occurs simultaneously; a net force is required for that. The discussion clarifies that while torque affects rotational dynamics, it does not directly translate to linear acceleration without additional forces. Understanding the distinction between angular and translational motion is crucial in this context. Therefore, constant torque can accelerate an object rotationally, but not necessarily in a linear sense.
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Will a constant torque accelerate an object and why or why not?

I put the velocity will stay the same and but i can't come up with a reason.
 
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How does Newton's 2nd law apply to rotational motion?
 
so my answer is wrong it should be it does accelerate becasue a constantly applied force will accelerate an object
 
First off, a net torque produces an angular acceleration, not necessarily a translational acceleration. A net force produces a translational acceleration.
 

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