what is the momentum of a 20.0 kg scooter traveling at 5.00 m/s?
A.4.00 kg m/s
B.20.0 kg m/s
C.25.0 kg m/s
D.100 kg m/s

Which of the following describes the relationship between friction and inertia?
A.When there is more friction, there is less inertia.
B.When there is less friction, there is more inertia.
C.When there is more friction, there is more inertia.
D.When there is no friction,there is more inertia.

Question

what is the momentum of a 20.0 kg scooter traveling at 5.00 m/s?
A.4.00 kg m/s
B.20.0 kg m/s 
C.25.0 kg m/s 
D.100 kg m/s

Which of the following describes the relationship between friction and inertia?
A.When there is more friction, there is less inertia.
B.When there is less friction, there is more inertia.
C.When there is more friction, there is more inertia.
D.When there is no friction,there is more inertia.

anonymous · Answer

D, momentum is kg * m/s 

C, this is assuming this block or whatever is on earth. Inertia is a property of mass and the heavier something is, the more likely it will put more force upon the ground or material it is on therefore resulting in more friction