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That would depend on the velocity of the soccer ball not at rest.

Q: A soccer ball collides with another soccer ball at rest The total momentum of the balls?

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Conservation of momentum.

The momentum stays the same.

It appears from the question that the balls stick together after the collision. Linear momentum is conserved. The linear momentum is the total of the product of mass and velocity for each of the balls. The linear momentum before is (1.4 x 3) + (0 x 2) = 4.2 kgms-1. The linear momentum after is v x (3 + 2) = 4.2kgms-1, since we know it is conserved. Hence, v = 4.2 / 5 = 0.84ms-1, in the same direction of travel as the 3kg ball was originally moving.

If one soccer ball is traveling faster than another identical ball, then it has more kinetic energy ... which you have to absorb in order stop it ... and more momentum ... which you have to supply in the opposite direction in order to stop it.

The momentum stays the same.

No

Billiard balls collide quite elastically. Ideally, the total change in momentum is zero.

A soccer ball is used to play soccer. Adidas, Puma and Nike make soccer balls. The best soccer balls are FIFA approved.

there are over 10,000,000 soccer balls in the entire world

momentum and inertia EDIT: friction between the surface of the pool table and the pool balls causes the balls to lose their momentum.

In my balls

Soccer balls as a concept are not patented; there are dozens of patents for specific designs, makeups, and improvements to soccer balls and their manufacture.