Define Newton's third law of motion. Explain why it is difficult for a fireman to hold a hose , which ejects large amount of water at a high velocity?
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Newton's Third law of motion
Every action has an equal and opposite reaction
Explanation
A fireman ejecting water at high speed from a water hose experiences the same amount of force that is exerted by the water in leaving the hose
m1v1(actionary momentum)= - m2v2(Reactionary momentum)
Note
these concepts only hold true in inertial frames and when the forces are conserved
Every action has an equal and opposite reaction
Explanation
A fireman ejecting water at high speed from a water hose experiences the same amount of force that is exerted by the water in leaving the hose
m1v1(actionary momentum)= - m2v2(Reactionary momentum)
Note
these concepts only hold true in inertial frames and when the forces are conserved
Answered by
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Heyyyyy!!!!
Newton's third law states that for every action there is an equal and opposite reaction.it is also known as the action-reaction law.
It is difficult for a fireman to hold a hose while ejecting water because the ejection of water also puts force on the hose towards us which makes it difficult to hold
Hope I was of any use to you
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