A uniform solid of mass m is placed ona sheet of paper on a horizontal surface. The coefficient of friction between paper and sphere is mu. If the paper is pulled horizontally with an acceleration

A uniform solid of mass m is placed ona sheet of paper on a horizontal

1.	A uniform solid of mass m is placed ona sheet of paper on a horizontal surface. The coefficient of friction between paper and sphere is mu. If the paper is pulled horizontally with an acceleration
Answer» the tension in the STRING is equal to `MG SIN THETA` force acting on the CYLINDER is `(mg sin theta)/2` tension in the string is equal to `(mg sin theta)/2` frictional force acting on the cylinder is zero Solution :`ma-f=ma_(0)` `fR=Ialpha, I=(2mR^(2))/5,a_(0)=Ralpha`