Question

According to Newton's _________ law of motion, force infinity rate of change of momentum. (A)first
(B) Second. (B) third
(D) None of these​

Answer 1

Answer:

SECOND LAW OF MOTION EXPLAIN the change in MOMENTUM

Answer 2

According to Newton's Second law of motion, force infinity rate of change of momentum.

______________________

Additional Information :

Newton's Second Law of Motion states that the rate of change of momentum of an object is equal to the mass applied on that object.

And, Momentum is the product of it's mass and velocity.

Momentum is denoted by P, and it's SI unit is kgm/s.

So, Rate of change of momentum = Force applied.

Change of momentum = Final Momentum - Initial momentum.

P = p2 - p1

And we know that, P = mv ;

P = mv - mu ; Where Final velocity is v & Initial velocity is u

Now, Rate of change of momentum = $\frac{v - u}{t}$