When you throw a ball straight up, it will rise until it reaches its highest point, where its speed becomes zero before it starts to fall back down. As it descends, it accelerates due to gravity, and when it comes back down, it will reach the same speed it had when thrown, assuming no air resistance. However, in reality, air resistance does play a role, so the ball may come down slightly slower than it went up.
Throw it straight up.
Throw the ball straight up in the air. or Throw the ball against the wind.
In order to throw a snowball as hard as you can and it come back to you, you must throw the snowball straight up into the air.
Throw it into the wind, or throw it straight up.
The ball will reach zero speed at the peak of its trajectory after approximately 2 seconds. This is because the acceleration due to gravity will gradually slow down the ball until it stops momentarily before falling back down.
You throw a ball straight up with a velocity of 40 meters per second. What is the ball's velocity after 3 seconds?
You must throw the ball upward because of gravity, you have gravity forcing the ball downward as you push the ball with force upward, and as they say what goes up must come down, which in the end results to the ball coming down towards you.
To use a velocity ball, hold it in your hand and throw it with as much force as possible. The ball is designed to measure the speed of your throw. Make sure to take into account your technique and form when using the velocity ball to get an accurate reading of your throwing speed.
The speed of the ball is greatest when it is thrown upward and decreases as it reaches the peak of its trajectory. The speed continues to decrease as the ball falls back down due to the force of gravity pulling it towards the ground.
The ball will go up, reach its maximum height, then start to fall back down due to gravity. It will eventually land back on the ground.
When you throw a ball, your hand applies force to the ball. The force propels the ball forward, giving it speed and direction.
No, the small rubber ball will not land back in your hand while standing still. After being thrown up, the ball will follow a parabolic trajectory and fall back down due to gravity. The position of your hand will remain stationary unless you move it to catch the ball.