a fireman holding hose ejecting large amount of water with high Velocity why
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A fireman holding hose ejecting large amount of water with high velocity is thrown backwards because of Newton's Third law of motion. When water comes it with large amount of force ( I.e. large mass and velocity ) from the hose, it exerts an equal and opposite large force on the fireman holding it. That is why he is thrown backwards.
ACTION FORCE - WATER COMING OUT WITH HIGH VELOCITY
REACTION FORCE - FORCE EXERTED ON FIREMAN HOLDING THE HOSE
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ACTION FORCE - WATER COMING OUT WITH HIGH VELOCITY
REACTION FORCE - FORCE EXERTED ON FIREMAN HOLDING THE HOSE
HOPE IT HELPS :):):):):):)::):);):):):):);):):)
MARK AS BRAINLIEST
swap5:
which is action and reaction force
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Explanation:
When large amount of water is ejected from a hose at a high velocity, according to Newton’s Third Law of Motion, water pushes the hose in backward direction with the same force. Therefore, it is difficult for a fireman to hold a hose in which ejects large amount of water at a high velocity.
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