SMALL TIME interval, it is called IMPULSIVE force.An impulsive force does not remain constant, but changes first from zero to maximum and then from maximum to zero. In such a case, we measure the total effect of force.The impulse caused by a force during a SPECIFIC time interval is equal to the body's change of momentum during that time interval.Impulse, effectively, is a measure of the change in momentum.The impulse of a force is a measure of the total effect of force.Impulse is a vector quantity and its direction is the same as that of force.SI unit of impulse is Newton-second or kg-m-s-1 and CGS unit is g.m/s

"> SMALL TIME interval, it is called IMPULSIVE force.An impulsive force does not remain constant, but changes first from zero to maximum and then from maximum to zero. In such a case, we measure the total effect of force.The impulse caused by a force during a SPECIFIC time interval is equal to the body's change of momentum during that time interval.Impulse, effectively, is a measure of the change in momentum.The impulse of a force is a measure of the total effect of force.Impulse is a vector quantity and its direction is the same as that of force.SI unit of impulse is Newton-second or kg-m-s-1 and CGS unit is g.m/s

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kg m/sec is the unit of

Engineering Physics Units Measurements in Engineering Physics . 7 months ago

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The correct answer is Impulse. When a large force works on a body for a very SMALL TIME interval, it is called IMPULSIVE force.An impulsive force does not remain constant, but changes first from zero to maximum and then from maximum to zero. In such a case, we measure the total effect of force.The impulse caused by a force during a SPECIFIC time interval is equal to the body's change of momentum during that time interval.Impulse, effectively, is a measure of the change in momentum.The impulse of a force is a measure of the total effect of force.Impulse is a vector quantity and its direction is the same as that of force.SI unit of impulse is Newton-second or kg-m-s-1 and CGS unit is g.m/s

Posted on 03 Nov 2024, this text provides information on Engineering Physics related to Units Measurements in Engineering Physics. Please note that while accuracy is prioritized, the data presented might not be entirely correct or up-to-date. This information is offered for general knowledge and informational purposes only, and should not be considered as a substitute for professional advice.

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