A solid sphere is given an angular velocity `zeta` and kept on a rough fixed incline plane. The choose the correct statement.

A solid sphere is given an angular velocity omega and kept on a rough fixed incline plane. The choose the correct statement.

A disc is rotated about its axis with a certain angular velocity and lowered gently on a rough inclined plane as shown in Fig., then

A disc is rotated about its axis with a certain angular velocity and lowered gently on a rough inclined plane as shown in Fig., then

A disc is rotated about its axis with a certain angular velocity and lowered gently on a rough inclined plane as shown in Fig., then

A disc of radius R is moving on a rough horizontal surface with velocity v and angular speed omega at an instant as shown in figure. Choose the correct statement.

A disc of radius R is moving on a rough horizontal surface with velocity v and angular speed omega at an instant as shown in figure. Choose the correct statement.

A wheel of mass M and radius a and M.I. I_G (about centre of mass) is set rolling with angular velocity omega up a rough inclined plane of inclination theta . The distance traveled by it up the plane is

A wheel of mass M and radius a and M.I. I_G (about centre of mass) is set rolling with angular velocity omega up a rough inclined plane of inclination theta . The distance traveled by it up the plane is

A uniform solid sphere of radius R , rolling without sliding on a horizontal surface with an angular velocity omega_(0) , meets a rough inclined plane of inclination theta = 60^@ . The sphere starts pure rolling up the plane with an angular velocity omega Find the value of omega .

A uniform solid sphere of radius R , rolling without sliding on a horizontal surface with an angular velocity omega_(0) , meets a rough inclined plane of inclination theta = 60^@ . The sphere starts pure rolling up the plane with an angular velocity omega Find the value of omega .