mgh = 1/2 * m * v^2
v = sqrt (2 * 9.8 * 1.2)
v = 4.8 m/s [down]
When you throw the tennis ball, it flies for a distance before dropping down because when you throw the tennis ball, you use force, which is transferred to the tennis ball, which then converts to kinetic energy (movement energy), to allow the tennis ball to go far.
Its a fat foot ball tennis ball my balls bounce the highest
tennis ball bomb! haha. just get a tennis ball and put a firecracker in it. ive never tried it but sounds col.
some typical experiments would be anything to do with an object moving in a particular direction at a set distance. So for example you could throw a tennis ball and time it from the second it was released from your hand to the second it stopped and measure the distance from where you threw the ball to where it stopped, then divide that distance by the time is took to stop there. Simply change the object moving for other experiments.
The tennis balls nanosize butyl rubber layer slows down the escape of air so the ball doesn't lose its pressure as quickly
31 m/s
This is an old experiment. Neither. Both balls have the same velocity as gravity draws on them equally.
While me and my friend were playing tennis, he broke his racket, because he dropped it on the ground when he swung.
It was dropped when the International Tennis Federation and the International Olympic Committee had a dispute over allowing amateurs to compete.
In tennis, a player is allowed one bounce to return the ball before it hits the ground a second time.
Gravity causes the tennis ball to accelerate towards the ground at a rate of 9.8 m/s^2. As the ball falls, its speed increases due to gravity until it reaches terminal velocity, the maximum speed it can reach based on air resistance. The ball will eventually hit the ground due to the gravitational force acting on it.
Both tennis balls will reach the ground at the same time because acceleration due to gravity is constant for all objects regardless of their mass. The only factors that would affect their falling speed would be air resistance, but for a tennis ball and a lead-filled one, the difference in air resistance is negligible.
Yes, in tennis, the ball can touch the ground during play.
Pretty much everything in this universe involves velocity since velocity is practically the speed of an object when a tennis ball is hit it has both a horizontal and vertical velocity also the movement of a tennis racket has a great velocity, also the movement of the players across the court have a very inconsistent velocity especially in single's matches.
Because the earth is bigger than both so they get pulled down with gravity at the same time
This is because...when a ball is dropped onto the ground, some of its energy and momentom is lost due to friction from the surface and when it bounces back....the gravitaton force pulls it downwards.... so it does not bounce back to its original height.if the ball is dropped onto an arena where there is zero gravitaion and friction, it will keep on bouncing back to thr same height.Aakash Dangaakash.dang@gmail.comB.tech - IT (3rd Year).
Tennis