Question

A basketball has a mass of 1 kg and is traveling 12 m/s. How fast would a 6 kg bowling ball have to travel to have the same momentum

Answer 1

A bowling ball and a tennis ball can have the same momentum, if the tennis ball with its smaller mass has a ... A 100-kg fullback moving straight downfield ... 175 kg. Velocity of both: v = p total. / m. = (200 kg·m/s) / 175 kg. = 1.14 m/s ... skater with the smaller mass must have the larger velocity: m. 1 v. 1. = m. 2 v. 2 ...

Answer 2

The velocity of the bowling should be 2 m/s in order to an have same momentum as that of basket ball.

Step-by-step explanation:

Momentum is defined as motion possessed by the moving object.it is calculated by multiplying mass of the object with its velocity.

`Momentum(P)=mass(m)* Velocity(v)`

Mass of basket ball = m = 1 kg

Velocity of the basket ball,v = 12 m/s

Momentum of the basket ball = p

p = 1 kg × 12 m/s = 12 kg m/s

Mass of bowling ball = m' = 6 kg

Velocity of the bowling ball = v'

Momentum of the bowling ball = Momentum of the basket ball = p

p = m' × v'

12 kg m/s = 6 kg × v'

v ' =
`(12kg m/s)/(6 kg)= 2 m/s`

The velocity of the bowling should be 2 m/s in order to an have same momentum as that of basket ball.