When you push a ball into water, it displaces the water around it. The ball experiences an upwards buoyant force due to the water it displaces, causing it to partially float. The deeper you push the ball into the water, the greater the buoyant force acting on it.
Pushing the ball imparts a force that accelerates the ball in the direction of the push. The magnitude of the force and the duration of the push will determine the final velocity and distance the ball travels. Friction and air resistance will also play a role in determining the overall motion of the ball.
There are many types of balls, and they have different densities. A basketball floats, a billiard ball sinks. In any event, if a ball is in water, there is some displacement of the water (so if you are doing it in a small tank, you can observe that the water level will rise). The ball gets wet. Sometimes this could be a good idea, if the ball in question needed to be cleaned.
F = m * a Force (the push) equals mass (the "weight" of the ball) times acceleration (the rater of speed increase) The duration, direction, and the amount of force applied by the push affect the final velocity (the effect of the acceleration on the ball).
Using your fingertips to push the ball in basketball is typically referred to as dribbling. Dribbling allows a player to move with the ball while maintaining possession and is a fundamental skill in the game.
If you push the ball to the right velocity in the same direction, it will continue moving in a straight line with the new velocity. If there are no other forces acting on it, it will maintain constant velocity due to inertia.
You would push backward because of the ball accelerating at you
It's harder to push a beach ball underwater because it displaces more water than it weighs. (Gravitational Force is less than Buoyant Force)
push it
Push Ball - 1903 was released on: USA: April 1903
As a reaction it will push up trying to float
The bottle begans to fill with water and begans to float.
It is a push. See you push it forward with the tennis racket, making it go forward, away from you. When you pull something, you're bringing it toward yourself. But when you hit a tennis ball, you push the ball away from you.
The heat will cause the air inside the table-tennis ball (ping pong ball) to expand and so push the dint out.
Pushing the ball imparts a force that accelerates the ball in the direction of the push. The magnitude of the force and the duration of the push will determine the final velocity and distance the ball travels. Friction and air resistance will also play a role in determining the overall motion of the ball.
you can either pass or shoot the ball
Your ball is replaced, as near as possible to where it was before it was moved, no penalty. Your opponent unfortunately has to play his ball as it lies, if it's in the water then so be it, he would have to take a penalty drop from the water.
There are many types of balls, and they have different densities. A basketball floats, a billiard ball sinks. In any event, if a ball is in water, there is some displacement of the water (so if you are doing it in a small tank, you can observe that the water level will rise). The ball gets wet. Sometimes this could be a good idea, if the ball in question needed to be cleaned.