Question

derive the unit of force using second law of motion​

Answer 1

Answer:

ans ... f = ma

explanation...

suppose that an object of mass, m is moving along a straight line with initial velocity, u .

it is uniformly accelerated to velocity, V in time, T by the application of a constant force f throughout the time t .

then initial momentum , p1 = mu

h final momentum , p2 = mv

change in momentum ^p = p2 - p1

=mv - mu

= m(v-u)

now rate of change of momentum equal to m(v-u)/t

then refer to attachment....

thank you...

Answer 2

Explanation:

First you need to find M1 and M2 masses by using F=Ma. Then add those masses.....then you need to find acceleration