Question

When a force is applied on a body of mass 10 kg for a period of 4 s, the velocity of the body
changes from 6 m/s to 8 m/s.
a) What is the initial momentum of the body?
b) What is the final momentum of the body?
c) What is the change of momentum of the body?
d) What is the rate of change of momentum of the body?
e) What is the force applied on the body?
f)
What is the impulse experienced by the body?
g)
What is the relation between impulse and change in momentum?​

Answer 1

FINAL ANSWER:-

$a)\:initial\:momentum=60kgm/s\\b)\:final\:momentum =80kgm/s\\c)\:change \:of \:momentum=20kgm/s\\d)\:change \:in \:momentum \:of \:body=20kgm/s\\e)\:force \:applied=5N\\f)\:impulse=20Ns\\g)\:impulse\:experienced\:by\:the \:body\:equals\:to\:change\:in\:momentum\:of \:body$

GIVEN:-

$m=10kg\\u=6m/s\\v=8m/s\\t=4s$

TO FIND:-

a) What is the initial momentum of the body?

b) What is the final momentum of the body?

c) What is the change of momentum of the body?

d) What is the rate of change of momentum of the body?

e) What is the force applied on the body?

f)What is the impulse experienced by the body?

g)What is the relation between impulse and change in momentum?​

SOLUTION:-

whole solution is in the pic that i have attached

Answer 2

Answer:

hope it helps you my dear friend OK bye