When the second hand on a clock makes a complete revolution, which of the following is/are true?

Question

Quizplus · Accepted Answer

When the second hand on a clock makes a complete revolution, it starts and ends at the same position, so the angular displacement is zero degrees. However, the angular distance traveled is 360 degrees. Therefore, both A and B are true. However, the angular velocity is not a constant value, since the second hand is not moving at the same rate throughout its rotation. Therefore, choice C is not true.

When the Second Hand on a Clock Makes a Complete