When a ball is bounced, some of the initial energy is used to deform the ball upon impact with the ground. This deformation causes some of the energy to be converted into other forms, such as heat and sound, resulting in a lower bounce height compared to the height it was dropped from.
Any ball with sufficiently low coefficient of restitution will not bounce (a ball of clay or putty for example.
On the third bounce, the ball will bounce to a height of 35% of the previous bounce height (35% of 35% of 125m). Therefore, the ball will bounce to a height of (35/100) x (35/100) x 125m = 15.63m on the third bounce.
The bouncing of a ball is influenced by factors such as the material of the ball, the surface it bounces on, the force with which it is thrown or dropped, and the elasticity of the ball. These factors determine how high the ball will bounce and how many times it will bounce before coming to a stop.
After each bounce, the ball reaches half of the height from which it was dropped. Since the ball was initially dropped from 10 feet, on the first bounce it will reach 5 feet, on the second bounce it will reach 2.5 feet, on the third bounce it will reach 1.25 feet, and on the fourth bounce it will reach 0.625 feet.
The bounce height of a ball depends on factors like the material of the ball, the surface it bounces on, and the height from which it is dropped. In general, the bounce height is typically lower than the initial drop height due to energy losses during the bounce.
i think it will be 35inches
It has more pressure
3 ft
Any ball with sufficiently low coefficient of restitution will not bounce (a ball of clay or putty for example.
On the third bounce, the ball will bounce to a height of 35% of the previous bounce height (35% of 35% of 125m). Therefore, the ball will bounce to a height of (35/100) x (35/100) x 125m = 15.63m on the third bounce.
The bouncing of a ball is influenced by factors such as the material of the ball, the surface it bounces on, the force with which it is thrown or dropped, and the elasticity of the ball. These factors determine how high the ball will bounce and how many times it will bounce before coming to a stop.
After each bounce, the ball reaches half of the height from which it was dropped. Since the ball was initially dropped from 10 feet, on the first bounce it will reach 5 feet, on the second bounce it will reach 2.5 feet, on the third bounce it will reach 1.25 feet, and on the fourth bounce it will reach 0.625 feet.
The bounce height of a ball depends on factors like the material of the ball, the surface it bounces on, and the height from which it is dropped. In general, the bounce height is typically lower than the initial drop height due to energy losses during the bounce.
Not to any appreciable extent. Bounce is caused by the elasticity of the material comprising the ball and the surface on which it is bounced.For example, on concrete a basketball will bounce higher than a baseball, but a golf ball--How high it bounces depends on how much force you exert on it. If you only let it drop, it will not bounce higher that the point you dropped it from and every time it bounces, it will go less and less high. anyway, the bigger the ball, the more force you will have to exert on it to make it bounce higher than the point it was dropped, or "bounced" from.
After the first bounce, the ball will rebound to 18 ft, and after the second bounce, it will rebound to 18 * 18/32 = 10.125 ft. After the third bounce, it will rebound to 1.8 * 18 ft ≈ 3.24 ft. Therefore, after the fourth bounce, it will rebound to approximately 1.8 * 10.125 ft = 18.225 ft.
A ping pong ball can bounce up to about 10 inches when dropped from a height of 12 inches. The height of the bounce can vary depending on factors such as surface texture, temperature, and air pressure.
High