When the ball is released from some ones hands it falls due to gravity the kinetic energy builds as it falls. When the bowling ball reaches the tomato it crushes it because the bowling ball has more mass and force. Reed
This is physics because when the ball falls towards the tomato as a result of gravity, the kinetic energy builds as it falls. When the ball finally reaches the tomato it is crushed and explodes because the tomato has a greater mass and more energy. The tomato has no where to release the balls energy causing it to explode.
when the bowling ball is dropped it accelerates downward due to gravity gaining kinetic energy and once the bowling ball hit the tomato it transfers that energy. the tomato is squashed because the bowling ball possess a greater mass and force than the tomato.
The bowling ball is held over the tomato, which sits patiently on the grass. When the bowling ball is released, the force of gravity begins to pull the mass of the bowling ball towards Earth at a rate of 9.8m/s2. The squishy tomato is forced into itself, sandwiched by the mass of the ground beneath it, and the mass of the bowling ball on top of it, both masses greater than its own. With nowhere else to go, it expands outward, resulting in slimy, red chunks ejecting in different directions as the bowling ball hits it. -Charlie
After the bowling ball is dropped, gravity then takes effect. After gravity takes effect and the ball starts dropping, the ball steadily gains kinetic energy, which was at once potential energy. When the ball comes into contact with the tomato, the energy from the ball is transferred to the tomato which then forces the tomato to get crushed because of the far greater force of the bowling ball.
The mass of the bowling ball is much greater then that of the tomato but not of the ground. This means that the tomato wont be able to stop the bowling ball but the ground will causing the tomato to be flattened. It squished the tomato like it wasn't even there.
As you drop the bowling ball with has a greater mass and harder surface then the tomato as the bowling ball hits the tomato it forced it down to the ground but the ground doesn’t give so it only way to release the energy for the bowling ball is outwards
Due to the great weight and density of the bowling ball, when it falls on the soft, and watery tomato the ground beneath it wouldn’t give way to the fruit. Since it had nowhere else to go the tomato traveled outward and as you can see; tomato juice.
Right before the bowling ball is going to be released the ball has a lot of potential energy. When the ball is released and set in movement the ball looses potential energy and gains kinetic. When the ball makes contact with the tomato the energy shifts into the tomato and splatters its juices everywhere. The bowling ball is set in motion by the gravity. Reed
Before the ball is dropped it is gaining a lot of potential energy. when it is dropped the potential changes to kinetic energy. when it reaches the tomato it is to much for it to take and is then changed to ketchup
When the ball is released from some ones hands it falls due to gravity the kinetic energy builds as it falls. When the bowling ball reaches the tomato it crushes it because the bowling ball has more mass and force.
ReplyDeleteReed
This is physics because when the ball falls towards the tomato as a result of gravity, the kinetic energy builds as it falls. When the ball finally reaches the tomato it is crushed and explodes because the tomato has a greater mass and more energy. The tomato has no where to release the balls energy causing it to explode.
ReplyDeletePC
when the bowling ball is dropped it accelerates downward due to gravity gaining kinetic energy and once the bowling ball hit the tomato it transfers that energy. the tomato is squashed because the bowling ball possess a greater mass and force than the tomato.
ReplyDeleteThe bowling ball is held over the tomato, which sits patiently on the grass. When the bowling ball is released, the force of gravity begins to pull the mass of the bowling ball towards Earth at a rate of 9.8m/s2. The squishy tomato is forced into itself, sandwiched by the mass of the ground beneath it, and the mass of the bowling ball on top of it, both masses greater than its own. With nowhere else to go, it expands outward, resulting in slimy, red chunks ejecting in different directions as the bowling ball hits it.
ReplyDelete-Charlie
After the bowling ball is dropped, gravity then takes effect. After gravity takes effect and the ball starts dropping, the ball steadily gains kinetic energy, which was at once potential energy. When the ball comes into contact with the tomato, the energy from the ball is transferred to the tomato which then forces the tomato to get crushed because of the far greater force of the bowling ball.
ReplyDeleteAbe
The mass of the bowling ball is much greater then that of the tomato but not of the ground. This means that the tomato wont be able to stop the bowling ball but the ground will causing the tomato to be flattened. It squished the tomato like it wasn't even there.
ReplyDeleteAs you drop the bowling ball with has a greater mass and harder surface then the tomato as the bowling ball hits the tomato it forced it down to the ground but the ground doesn’t give so it only way to release the energy for the bowling ball is outwards
ReplyDeleteQF
Due to the great weight and density of the bowling ball, when it falls on the soft, and watery tomato the ground beneath it wouldn’t give way to the fruit. Since it had nowhere else to go the tomato traveled outward and as you can see; tomato juice.
ReplyDeleteRight before the bowling ball is going to be released the ball has a lot of potential energy. When the ball is released and set in movement the ball looses potential energy and gains kinetic. When the ball makes contact with the tomato the energy shifts into the tomato and splatters its juices everywhere. The bowling ball is set in motion by the gravity.
ReplyDeleteReed
Before the ball is dropped it is gaining a lot of potential energy. when it is dropped the potential changes to kinetic energy. when it reaches the tomato it is to much for it to take and is then changed to ketchup
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