the more surface area, the more friction, the more the drag
because the wet pitch makes the ball slow and wet by:ali
momentum As the speed of a rolling ball is increasing, the increasing speed is accompanied by: a. increasing momentum.
It depends. If a tennis balls are hit with the same amount of force, then the dry tennis ball will travel faster and farther. However, if the two tennis balls begin traveling at the same speed, then the dry tennis ball will slow down more rapidly than the wet tennis ball. The reason is the added mass of water. It would take more force to make the wet tennis ball fly as fast as the dry, but the added mass also requires more force to slow down the wet ball.
The feather and tennis ball will fall at the same rate, hitting the ground at the same time due to gravity's influence on all objects regardless of their mass. However, the feather will experience more air resistance as it falls, which may slow it down slightly compared to the tennis ball.
The diameter of any sphere can be calculated by multiplying it's diameter by Pi. For a 40mm diameter Ping Pong Ball, this comes to ~ 125.6 mm. For a 38mm diameter Ping Pong Ball, this comes to ~ 119.32 mm. The diameter of a ping pong ball is 40mm. I do not know the circumference. Before the ball was changed a few years ago to 40mm, it was 38mm. The larger ball travels more slowly and with less spin. This was done to make Table Tennis easier to watch on television, and therefore make the sport more popular. On TV, TT can appear too fast to appreciate, and by enlarging the ball it was hoped that the game would slow. The game has, in fact, slowed, but this has not accomplished the goal of popularizing the sport. Many players would love to see the ball returned to 38mm, as at this size the ball traveled more quickly and more spin was possible, making the ball's travel more manageable.
Surface area is increased - it allows the racket to get a better grip for spin- it will slow the ball down because of increased air turbulence - it does change other aerodynamic properties; the seams stabilize the ball
If the ball is thrown at the same angel and are smiler in shape they will land at the same time the wight of the object is not what will slow it down its shape and how it resist air passing around/throw the object is what will slow it down ...
A lobster tennis machine has several different uses, not just for tennis. It can tone you, naturally, in tennis, but also in baseball, field hockey, or even football. It is a machine that throws balls at you at a different speed, and the speed is one that you can set from slow to fast. They can be used for training or just for keeping up your sport.
Obeying the laws of physics, the speed of a tennis ball will increase with hard surfaces, such as cement, and decrease with soft surfaces, such as clay.
if the bowler release the ball at hand from slowly means its called slow bowl...
There are several attributes of a golf ball that make it fly farther than a tennis ball. A golf ball is smaller than a tennis ball, so it has less surface area, which means it experiences less drag (air resistance) as it hurtles through the air. Furthermore, the tennis ball's surface is fuzzy, which increases its air resistance, whereas a golf ball's jacket is hard and dimpled, which improves its aerodynamic properties, increasing its distance when struck. Many different dimple patterns and designs have been experimented with to increase a golf ball's "length." A golf ball is more rigid and elastic than a tennis ball. It resists deformation much more than a tennis ball does, and when deformed, it returns to its original shape more quickly. This means that more kinetic energy -- of the club in the case of the golf ball and the racket for a tennis ball -- is transferred to the ball to propel it and is not wasted on deforming it. Incidentally, experiments have proved that the golf ball is the fastest moving object in all of sports (not counting the shooting sports, of course). ADDITION: The ball in JAI ALIA is the fastest ball in sports.
Well, it depends on thedirection the ball is moving in, and the surface it is moving on/through. Commonly, it's Air Resistance that slows a moving ball in the air , when the ball is moving upwards through the air, Gravitational Force will slow it down. However, if the ball is moving downwards(towards the ground), there is practically no force acting on the ball to slow it down, so it will keep increasing speed until it bounces off the ground.When the ball moves across a surface (ex. wood, grass, tiles, carpet), it would take some amount of Friction to slow it down.