DZABHINAV said:How is a sliding wheel is opposed by static friction?
Static friction acts only when the body is about to move.
My point is
if the wheel is has a linear velocity and angular velocity than kinetic friction should act on the body rather than static friction.
Sliding friction on a wheel refers to the force that opposes the motion of a wheel as it slides across a surface. It is caused by the roughness and irregularities of the surfaces in contact.
Sliding friction can significantly decrease the performance of a wheel by causing it to slow down and require more energy to maintain its motion. It can also cause wear and tear on the wheel and the surface it is sliding on.
The amount of sliding friction on a wheel is affected by factors such as the weight of the wheel, the surface it is sliding on, the speed of the wheel, and the materials and design of the wheel itself.
To reduce sliding friction on a wheel, one can use lubricants such as oil or grease to reduce the roughness of the surfaces in contact. Additionally, using smoother and harder materials for the wheel can also help reduce sliding friction.
Understanding sliding friction on wheels is important in many industries, such as transportation, manufacturing, and sports. It can help improve the design of wheels for better performance and reduce wear and tear on machinery and equipment.