If there were no friction the player would not be able to grip onto the court, they would also not be able to get any spin on the ball they would still however manage to hit it.
Oh yes, in many ways. Just as one example, tennis balls are "fuzzy". The purpose of the fuzz is to slow the ball down somewhat by creating more air resistance - friction.
yes friction is supporting
The fuzziness of the ball gets grip from the surface and the felt rubs the surface of the court and thus causes friction. The denser the felt, the more friction and grip. The fuzz helps improve the friction, which makes spin more important in a match. It makes the ball slower, and in turn the rallies will be slower. This is why in most ATP tennis tournaments, the balls are changed every seven to nine games.
Bowling, curling, and tennis
friction
There are several types of friction that influence spin of the ball in tennis. The sliding friction between the ball and the strings, the static friction between the ball and the strings at the grip phase, the static friction between the main and the cross strings, and the sliding friction between the strings.
You get frictional force. That is because when the tennis ball furr and the grass rubs together you et friction.
when i am ask is friction important i say the answer is yes. friction is important and can help people in many different ways. like cars for a example cars use friction to drive on the road. there is many different types of friction to; dry friction, fluid friction, lubricated friction, skin friction, internal friction, ect..... all of these types of frictions can be different a different way.
Well it is either static friction or rolling friction
Friction is important because if we didnt have friction we'd slide all over the place like a crazy lubed hippo.
Friction is important because without friction we would be sliding and slipping everywhere as friction slows down and stops things. Friction occurs when two things touch or make contact.
An important formula is that friction = (coefficient of friction) x (normal force).
In the bearings, where you want as little friction as possible.