prove that force = mass * acceleration
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F = Mass X Acceleration
Where F directly proportional to rate of change of momentum
F is proportional to (v-u) / t
If we are removing the proportional then there would be a constant added lets assume the constant as K
F=k(v-u/t)
k is constant so k=1
momentum=mv
f=k(-u/t)mv
f=mk(v-u/t) since v-u/t =a
f=kma where k is constant
f=ma
F = Mass X Acceleration
Where F directly proportional to rate of change of momentum
F is proportional to (v-u) / t
If we are removing the proportional then there would be a constant added lets assume the constant as K
F=k(v-u/t)
k is constant so k=1
momentum=mv
f=k(-u/t)mv
f=mk(v-u/t) since v-u/t =a
f=kma where k is constant
f=ma
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