explain Newton's second law of motion how can this law be used to measure force acting on object
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the Newton's second law says that force is equal to the product of mass of object and its acceleration.
Formula is f=ma
we can conclude force acting on body by using formula (f=ma).
if my answer is helpful for you then please mark as brain liest
Formula is f=ma
we can conclude force acting on body by using formula (f=ma).
if my answer is helpful for you then please mark as brain liest
BigSmoke:
Your answe is Partially correct or say it is almost incorrect. Only formula is correct.
Newton second law of motion doesnt say that force is equal to product of mass and velocity.
The correct statement is that force applied on an object is directly proportional to the rate of change of momentum. F=dp/dt as P=mv the above differential becomes F=mdv/dt which then is equal to F=ma as a=dv/dt
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The acceleration of an object as produced by a net force is directly proportional to the magnitude of the net force, in the same direction as the net force, and inversely proportional to the mass of the object.
F=ma
F=dp/dt
OR
Newton's 2nd law state that the rate of change of momentum is directly proportional to the unbalanced force acting on it- Force is proportional to rate of change of momentum It is proportional to change in momentum. It is proportional to final momentum-initial momentum/time F is proportional p2-p1/. F is proportional to mv-mu/t. F is proportional m(v-u)/t. F is proportional to ma. F=kma but k=1. F=ma Therefore F=m(v-u)/t
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F=ma
F=dp/dt
OR
Newton's 2nd law state that the rate of change of momentum is directly proportional to the unbalanced force acting on it- Force is proportional to rate of change of momentum It is proportional to change in momentum. It is proportional to final momentum-initial momentum/time F is proportional p2-p1/. F is proportional to mv-mu/t. F is proportional m(v-u)/t. F is proportional to ma. F=kma but k=1. F=ma Therefore F=m(v-u)/t
HOPEFULLY THIS WILL HELP YOU
MARK AS BRAINLIEST....
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