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9. use newton’s law to explain why a bowling ball will slow down and stop when rolled on a flat surface, like a street
10. use newton’s law to explain why, when a 100kg astronaut throws a 9kg bowling ball forward but in space, she moves backward but slower
newton’s laws :
1. an object in motion stays in motion
2. force is required to change an object velocity. force is equal to mass times (x) acceleration
3. forced acting on a object are paired with equal and opposite force

9. Force is required to change an object velocity.Force is equal to mass times acceleration.

10.  Force acting on object are paired with equal and opposite forces

Step-by-step explanation:

9.

Newton's 2nd law states that force is a product of mass and acceleration.In this case, the force of friction is causing deceleration of the ball.This is an example of rolling friction.Acceleration of the ball depends directly on this friction but indirectly on its mass.

10.

From Newton's 3rd Law ,for every action there is an equal and opposite reaction.The astronaut throwing the ball will experience the effect of an external force againts his own which is equal  and  in the opposite direction to the force she applied.This is why the astronaut moves backward but slower.

step-by-step explanation: