Physics

17 September, 08:25

The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram

meters/second). What is the time interval of the collision?

A. 1.0 second

B. 0.5 seconds

C 2.0 seconds

D.

2.5 seconds

+4

Answers (1)

Know the Answer?

Not Sure About the Answer?

Find an answer to your question 👍 “The magnitude of the force involved in a certain collision (measured in newtons) is equal to the change in momentum (measured in kilogram ...” in 📗 Physics if the answers seem to be not correct or there’s no answer. Try a smart search to find answers to similar questions.

Search for Other Answers

You Might be Interested in

What kind of energy does kinectic energy and tempature have?

True or false when a battery no longer works, it is out of charge and must be re-charged before it can be used again

A 50 kg car is pushed so that it speeds up from 20 m/s to 50 m/s in 3 seconds. What is the force acting on the car? A 500 N B 0.2 N C 10 N

A spring had a spring constant of 48N/m. The end of the spring hangs 8m above the ground. How much weight can be placed on the spring so that the end of the spring is 2m above the ground

A bus is traveling with a uniform acceleration of 2.75 meters/second. If the initial velocity of the bus is 16.5 meters/second, what will its velocity be after 9.00 seconds?

New Questions in Physics

If object A has more mass than object B, does object A contain more matter? Explain.

Describe a beach that was near stormy seas and powerful waves

We all depend on electricity. Most electricity is created by electromagnetic generators at large power plants and distributed through an electric grid.

A rock with mass m = 4.00 kg falls from rest in a viscous medium. The rock is acted on by a net constant downward force of F = 17.

On arrival at a vehicle collision, you observe a small fire in the engine compartment. A bystander is attempting to smother the fire with a jacket as you approach with an A-B-C extinguisher from your ambulance.