This is physics because when the balloon meets the building it causes the balloon to explode because none of the balloons energy transferred causing the ballon to explode.
In this example of physics the water balloon's force when meeting it doom is so high that it explodes. It explodes because the wall has such a greater force acting back on the balloon that it transfers the energy back into the balloon causing it to explode. You can see that the wall is acting on the balloon because of the ripples in the balloon trying to bounce back off the wall. But, because theres so much pressure in the balloon it causes the summer time relief of water.
After the balloon comes into contact with the wall of the building an explosion will most likely occur as it did. It exploded because the wall had a much greater force against the balloon. This force then transferred energy back into the balloon which caused the explosion.
Similar to the last balloon, when the membrane makes contact with the wall, the water inside tries to continue on its path. I puts stress on the actual balloon causing it to break, and then tries to continue on past the wall. I can not it is pushed backwards.
Here you can see a balloon filled with water that is hitting a wall, a solid unmoving wall. you can see the shock wave traveling through the water in the balloon before the balloon fully poped. the shock wave is what actually popped the balloon. The water needed a place to go and it forced it out of the balloon.
This is physics because when the water balloon is thrown the water balloons energy grows. As the water balloons energy grows it meets the wall suddenly. The wall is hard and does not "give" what so ever. Therefore, the water balloon explodes because its force and energy has no where to go besides outwards causing an explosion.
the balloon burst because of a to quick of deceleration. Is decelerates so quickly it flattens out the balloon because the balloon doesn't have enough force to move the wall to cushion the impact therefore making the balloon pop QF
I like this picture because the water is just escaping from the balloon and the rubber is just starting to contract and go lose its shape. Since it popped on the wall the water wont take the balloons shape like the other pictures.
The water balloon was thrown through the air, and burst on the wall of a large building. As the water and balloon continued forward, it discovered that it could not. It caused it to expand out to all sides, well mostly down. This creates a very cool picture.
The balloon ruptured due to the drastic decrease in acceleration in which the water need to keep moving at its previous speed so it stretches out the balloon till bursts because the force need to go somewhere since the wall did not absorb any of the initial force
The balloon burst because the energy cannot be transferred. The energy is forced in directions directly to the side because the balloon forces rubber is still heading towards the wall. The ripple in the balloon is due to the rapid shrinkage of the balloon. all the energy has left the balloon which forces it to return to its original state. Reed
This is physics because when the balloon meets the building it causes the balloon to explode because none of the balloons energy transferred causing the ballon to explode.
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In this example of physics the water balloon's force when meeting it doom is so high that it explodes. It explodes because the wall has such a greater force acting back on the balloon that it transfers the energy back into the balloon causing it to explode. You can see that the wall is acting on the balloon because of the ripples in the balloon trying to bounce back off the wall. But, because theres so much pressure in the balloon it causes the summer time relief of water.
ReplyDeleteAfter the balloon comes into contact with the wall of the building an explosion will most likely occur as it did. It exploded because the wall had a much greater force against the balloon. This force then transferred energy back into the balloon which caused the explosion.
ReplyDeleteSimilar to the last balloon, when the membrane makes contact with the wall, the water inside tries to continue on its path. I puts stress on the actual balloon causing it to break, and then tries to continue on past the wall. I can not it is pushed backwards.
ReplyDeleteHere you can see a balloon filled with water that is hitting a wall, a solid unmoving wall. you can see the shock wave traveling through the water in the balloon before the balloon fully poped. the shock wave is what actually popped the balloon. The water needed a place to go and it forced it out of the balloon.
ReplyDeleteThis is physics because when the water balloon is thrown the water balloons energy grows. As the water balloons energy grows it meets the wall suddenly. The wall is hard and does not "give" what so ever. Therefore, the water balloon explodes because its force and energy has no where to go besides outwards causing an explosion.
ReplyDeletePC
the balloon burst because of a to quick of deceleration. Is decelerates so quickly it flattens out the balloon because the balloon doesn't have enough force to move the wall to cushion the impact therefore making the balloon pop
ReplyDeleteQF
I like this picture because the water is just escaping from the balloon and the rubber is just starting to contract and go lose its shape. Since it popped on the wall the water wont take the balloons shape like the other pictures.
ReplyDeleteThe water balloon was thrown through the air, and burst on the wall of a large building. As the water and balloon continued forward, it discovered that it could not. It caused it to expand out to all sides, well mostly down. This creates a very cool picture.
ReplyDeleteThe balloon ruptured due to the drastic decrease in acceleration in which the water need to keep moving at its previous speed so it stretches out the balloon till bursts because the force need to go somewhere since the wall did not absorb any of the initial force
ReplyDeleteThe balloon burst because the energy cannot be transferred. The energy is forced in directions directly to the side because the balloon forces rubber is still heading towards the wall. The ripple in the balloon is due to the rapid shrinkage of the balloon. all the energy has left the balloon which forces it to return to its original state.
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