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What is the value of the angular velocity of the second hand of the clock on the wall?

A. 3600 degrees/s
B. 6 degrees/s
C. 0 degrees/s
D. 60 degrees/s

Answer :

The angular velocity of the second hand of a clock is 6 degrees/s. This is calculated by dividing 360 degrees of a full rotation by the 60 seconds it takes to make a full rotation.

The principle of Circular Motion in physics helps in understanding this. The angular velocity of the second hand of a clock can be calculated by understanding that it makes a full 360 degrees rotation in a time of 60 seconds. Therefore, by dividing the total degrees of rotation (360 degrees) by the time it takes to make a full rotation (60 seconds).

The angular velocity is found to be 6 degrees/s. Hence, the value of the angular velocity of the second hand of the clock on the wall is 6 degrees/s. This revolves around the principle of Circular Motion, a topic in physics that explores movements of objects along a circular path.

Learn more about the topic of Angular Velocity here:

https://brainly.com/question/29557272

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