grethandolan5874 grethandolan5874
  • 04-09-2019
  • Physics
contestada

When a force is exerted on an object, does a large force always produce a larger change in the object's momentum than a small force does?

Respuesta :

Vespertilio Vespertilio
  • 07-09-2019

Answer:

Yes, it is true

Explanation:

According to the Newton's second law, the force applied on a body is directly proportional to the rate of change of momentum of the body.

F ∝ dp/dt

Where, dp is the change in momentum in time dt.

So, if the time of change in momentum is same, a large force is applied on the body, it means a large change in momentum of the body.

if a small force acting on the body it means a small change in the momentum of the body.

Answer Link

Otras preguntas

Write 0.65% as a fraction in simplest form.
im sad and depressed because i just got called to the library to get told i didnt mke the team for the battle of the books
Subtract the following complex numbers: (11-7)-(16-11) A. 5+ 4i OB. 5-18i O C. -5-18i OD. -5+4i
In 1860 the small towns became a city. true or false
I will give 50 points answer all why the order of the proof is correct d,a,c,b Please explan dosnt have to be super detailed haha 9. Order the steps below to co
what is 50+60 i need help
DONT delete my question or else!!! AM i a awful person??
Study the equations: f(x)=11x-5 g(x)=-2x-4 What is h(x) = f(x) g(x)
Location B is which place? Canaan Egypt Syrian Desert Mediterranean Sea
Study the equations: f(x)=11x-5 g(x)=-2x-4 What is h(x) = f(x) g(x)