1. What is the momentum of a 20.0kg scooter traveling at 5.00 m/s?
p=mv=20•5 =100 kg•m/s
1.100 kg m/s
2.100 kg m/s
3.When there is more mass, there is more inertia
4.The jellyfish will move forward
5.a 61 kg zebra running at 8.0 m/s
6.3N
7.It has a high amount of inertia
8.The total momentum after the collision is the same momentum before the collision
You welcome :) -)_(- forget these teachers :)
Ty
To find the momentum of the scooter, you can use the equation:
Momentum = mass × velocity.
In this case, the given mass of the scooter is 20.0 kg and the velocity is 5.00 m/s. Simply multiply the mass by the velocity to find the momentum.
Momentum = 20.0 kg × 5.00 m/s = 100 kg·m/s.
Therefore, the momentum of the scooter is 100 kg·m/s.