two wooden balls collide in the air while a man is juggling them. how does the total momentum within the…

two wooden balls collide in the air while a man is juggling them. how does the total momentum within the system of the two balls change after the collision? a. the balls experience no change in total momentum because momentum is conserved. b. the balls experience an increase in total momentum because their combined mass is greater. c. the balls experience a decrease in total momentum because colliding causes them to slow down. d. the balls experience a complete conversion of momentum to potential energy after their collision.

two wooden balls collide in the air while a man is juggling them. how does the total momentum within the system of the two balls change after the collision? a. the balls experience no change in total momentum because momentum is conserved. b. the balls experience an increase in total momentum because their combined mass is greater. c. the balls experience a decrease in total momentum because colliding causes them to slow down. d. the balls experience a complete conversion of momentum to potential energy after their collision.

Answer

Brief Explanations:

According to the law of conservation of momentum, in the absence of external forces (neglecting air - resistance in this case for the system of two balls), the total momentum of a closed system remains constant. When the two wooden balls collide, momentum is conserved between them.

Answer:

A. The balls experience no change in total momentum because momentum is conserved.