The answer to this question is yes. It’s true
As we know the relation between linear speed and angular speed as

we will say


so here we can say that angular speed will be given as


so it is rotating at angular speed 160 rad/s
An object in motion lolllsss
Answer:
Given:
Distance = 35200 miles, time = 2 hr.
So we know = 35200/ 2, = 17600 miles / hr.