Derivation of Newton's second law of motion
Answers
Answered by
4
Derived of Newton's second law. "in last" direction of force.
Attachments:
susan8790:
plzzzzz mark as brainlist
Answered by
19
Hey bro here is your answer
:-)//
The rate of change of momentum is proportional to the applied force and the change of momentum occur in the direction of the force .
The initial momentum of the object = mu,
its final momentum after time = MV
Rate of change of momentum = change in momentum/time
Rate of change of momentum = mv- mu/t = m(v-u)/t =ma
Second law of motion
ma ( alpha sign) F
F = k ma
F = m× a
I hope u will like this.
plz give me brain list mark . I an requesting you plz .
:-)//
The rate of change of momentum is proportional to the applied force and the change of momentum occur in the direction of the force .
The initial momentum of the object = mu,
its final momentum after time = MV
Rate of change of momentum = change in momentum/time
Rate of change of momentum = mv- mu/t = m(v-u)/t =ma
Second law of motion
ma ( alpha sign) F
F = k ma
F = m× a
I hope u will like this.
plz give me brain list mark . I an requesting you plz .
Similar questions