Question

Explain quantitatively the relationship between linear and rotational motion.

Answer 1

How about a please?

Answer 2

A force of F=MA excert on a object.
Then the object will have a average velocity of :
Delta position/Delta Time
While rotational velocity is the same but will be:
2(pi)r*Angle/360/Delta Time

Answer 3

Thanks for the reply, I copied the question directly from an assignment sorry if I sounded abrupt.

Answer 4

\[s = r \theta\] \[v = r \omega\] \[a = r \alpha\] where r is the radius, s is the arc-length, a is the tangential acceleration, v is the tangential velocity, theta as the angle measured in radians, omega is the angular velocity measured in radians/s and alpha is the angular acceleration measured in radians per second per second

Answer 5

Ok, thanks for the answers guys. Am I right in thinking that Stan gave a much more fitting answer to the question or am I missing something?

Answer 6

the equations of motions are true for circular motion.
replace
v with \[\omega\]
u with \[\omega\](i)
a with \[\alpha\]
s with \[\Theta\]