In rotatory motion, linear velocities of all the particles of the body are

Question

In rotatory motion, linear velocities of all the particles of the body are (A) same (B) different (C) zero (D) cannot say

Tardigrade Admin · Accepted Answer

Let the body is rotating about point O with angular velocity w. V A = r 1 W V B = r 2 W V C = r 3 w Thus all particles of the body will have different linear velocities.

Q. In rotatory motion, linear velocities of all the particles of the body are

same

different

zero

cannot say

Let the body is rotating about point $O$ with angular velocity $w$ .
$V_{A} = r_{1} W$
$V_{B} = r_{2} W$
$V_{C} = r_{3} w$
Thus all particles of the body will have different linear velocities.

Q. In rotatory motion, linear velocities of all the particles of the body are

same

different

zero

cannot say

Let the body is rotating about point O with angular velocity w. VA​=r1​W VB​=r2​W VC​=r3​w Thus all particles of the body will have different linear velocities.

Let the body is rotating about point $O$ with angular velocity $w$ .
$V_{A} = r_{1} W$
$V_{B} = r_{2} W$
$V_{C} = r_{3} w$
Thus all particles of the body will have different linear velocities.