mass of the club
the mass of the ball and club and the velocity of the club
Its momentum is due to the amount of energy transfered from club to ball. There are a few factors in this transfer, the speed of the club head, the compression of the club face and most importantly the compression of the golf ball.
As in length of club, no. As in distance it is used to hit the ball, no.
The greater the bounciness of a golf ball, the more energy it retains upon impact with the club. This results in higher initial velocity and longer distance traveled. Golf balls with higher elasticity or compression will generally travel farther than those with lower bounciness.
When the golfer strikes the ball, the energy from his swing is transferred to the club. The club then transfers this energy to the ball upon impact, sending it flying through the air. The speed and distance the ball travels depends on the amount of energy transferred from the golfer to the club to the ball.
You did not give the speed of the club head. You did not give the weight of the club head. You did not tell if the golfer was hitting an English Ball or an American Ball. You did not give the compression of the ball. You did not give the type of the material in the club head. You did not tell the type of shaft.
Yes, a golf ball accelerates when either its speed or distance changes due to the forces acting on it. Acceleration occurs when there is a change in velocity, which can happen if the ball speeds up, slows down, or changes direction. For example, when struck by a club, the ball accelerates rapidly, increasing its speed and changing its position. Additionally, factors like gravity and air resistance can also affect the ball's acceleration during its flight.
Club head speed and club face position (open or closed)
Decreases the radius of the swing thus decreases the distance in which the ball will fly.
Picture one of the following:a hockey player about to hit a puck with their sticka cricket batsman about to strike the balla baseball player about to hit the ball with their bata tennis player about the hit the ball with their racketa golfer about to hit the ball with their clubIn each of these three cases the motion of the object the player is using to strike the ball or puck is curved; it's approximately circular. However, the motion imparted to the ball or puck is definitely not curved. It's essentially straight. It will have the direction that the club or stick or racket had at the instant that it struck the ball or puck, and it will have the some of the speed that the club or stick or racket had at that instant. The total speed and the direction that a club or stick or racket or bat could have imparted to something at a point would be its tangential velocity. Obviously hitting something slows the striking object down.
180 - 200 yards, depends on club specs and how good the player is.
the ball, hole, n club... hope its will help u