The angular speed of a flywheel making $120 \, \text{revolutions/minute}$ is:

$A$ body of mass $m$ moves in a circular path with uniform angular velocity. The motion of the body has constant

Is the statement "Angular position $\theta$ is a scalar,whereas angular displacement is a vector" correct?

$A$ body moves along a circular path of radius $15 \ cm$. It starts from a point on the circular path and reaches the end of the diameter in $3 \ s$. The angular speed of the body in $rad/s$ is

$A$ motor shaft rotates at a constant angular velocity of $3000$ revolutions per minute. Through what angle (in radians) will it rotate in $1$ second?

$A$ particle is moving with a constant speed $v$ in a circle. What is the magnitude of average velocity after half rotation?