The relation between the angular velocity $ \omega$ and the period T of a rotating object is
A) $\omega$
= 2 $\pi$ T.
B) T = 2 $\pi$ $ \omega$
C) 2 $\pi$ $ \omega$ = l/T.
D) T = 2 $\pi$ / $ \omega$

Question

The relation between the angular velocity $ \omega$ and the period T of a rotating object is
A) $\omega$
 = 2 $\pi$ T.
B) T = 2 $\pi$ $ \omega$
C) 2 $\pi$ $ \omega$ = l/T.
D) T = 2 $\pi$ / $ \omega$

Quizplus · Accepted Answer

The correct relation between the angular velocity $ \omega $ and the period $ T $ of a rotating object is given by $ \omega = \frac{2\pi}{T} $, which can be rearranged to $ T = \frac{2\pi}{\omega} $, making option D correct.

The Relation Between the Angular Velocity ω \omegaω And the Period T of a Rotating Object Is A)

The Relation Between the Angular Velocity $\omega$ And the Period T of a Rotating Object Is
A)