Direction Of Friction In Case Of Translation And Rotation Combined

Direction Of Frictional Force

Direction OF Friction and Tension

Combined Translatinal and Rotational Motion

Combined Translational and Rotational||Rolling

Introduction to EMI||E Due to Translating and Rotating Rod

Rotation OF Rigid Body -4 (Combined Translational and Rotational Motion)

Rotation OF Rigid Body -5 (Combined Translational and Rotational Motion)

Direction OF friction in rolling motion

A rigid body not fixed in some way can have either pure translation or a combination of translation and rotation. In rotation about a fixed axis, every particle of the rigid body moves in a circle which lies in a plane perpendicular to the axis and has its centre on the axis.

Which of the following statements is incorrect (A) Torque is the rotational analogue of force (B) Rolling motion of a cylinder down an inclined plane is combination of translational and rotational motion (C) If the effort arm is larger than the load arm, the mechanical advantage is lesser than one (D) For the extended body. centre of mass and centre of gravity do not coincide