thanks for getting back about the problem
i guess I'm really having problems how we find the "resultant motion" of the disk. i would just love to know how to approach the problem. i did quite understand what you said about an integral(i've been all the way through calculus, by the way. just...
so yes i think that it is a force but the force has a linear velocity? I'm not sure but just make any assumptions to solve the problem because this was the only information given to me.
thanks
if a disk which is initially spinning with an angular velocity,w, radians per second is pushed with an initial linear velocity of v, what is the resultant motion? assume a kinetic friction of mu normal to the disk
i would love to see how this problem is solved. it seems real...