melmelpilarow4nfr
melmelpilarow4nfr melmelpilarow4nfr
  • 23-10-2019
  • Mathematics
contestada

If a 6.0 kg bowling ball is rolled with a velocity of 3.5 m/s what is the momentum of the ball?

Respuesta :

ranikashyab066 ranikashyab066
  • 28-10-2019

Answer:

Momentum (P) = 21kgm/s

Step-by-step explanation:

Momentum is defined as the amount of motion contained in a body.

It depends upon the mass of the body and the velocity with which it is in motion.

Now, the weight of the ball= 6.0 kg

Velocity = 3.5 m/s

So, Momentum (P) =  Mass x Velocity

= 6 kg x 3.5 m/s =  21 kgm/s

Hence, Momentum (P) = 21kgm/s

Answer Link

Otras preguntas

Did feudalism create a stable form of government?
Why is it important to the pueblo people to store food?
How did the Confederation Congress attempt to resolve the problem of the status of western territory the states had ceded to the national government? Which inte
what does it mean to drain at a constant rate?
With a headwind, a plane traveled 390 mi in 1.5 h. Let x represent the plane’s speed (excluding wind speed) and let y represent the wind speed in miles per hour
use the cardinal directions to describe the location of the state of Ohio in relation to its surrounding states and Lake Erie
It takes a boat 4 h to travel 75 km downstream. Let x represent the boat’s speed in still water, and let y represent the water’s current in kilometers per hour.
Type of sedimentary rock that forms when sediments stick together
Simplify (3 - √7)(5 + √7)
solve each equation for x. d=f+fx