Question

reread the designing systems using newtons laws paragraphs and think about how this relates to the lab. then return to your claim in your cer graphic organizer. cer add reasoning for your evidence. law limitations the laws of motion only work under a certain set of conditions. for example, when objects travel close to the speed of light, the laws need to be modified. however, since most systems dont move that fast, these laws apply in most everyday situations. apply it describe how do the laws of motion apply to a billiard ball hit by the cue stick?

Explanation:

Newton's first law (inertia) - billiard ball at rest stays at rest until cue - stick applies force. Newton's second law ($F = ma$) - force from cue - stick determines ball's acceleration. Newton's third law - when cue - stick hits ball, ball exerts equal and opposite force on cue - stick. Also, when ball hits other balls or cushion, equal and opposite reaction forces occur.

Answer:

Newton's first law: A billiard ball at rest on the table will remain at rest until the cue - stick applies a force to it, changing its state of motion. Newton's second law: The force exerted by the cue - stick on the ball results in an acceleration of the ball, with the acceleration being directly proportional to the force and inversely proportional to the mass of the ball ($F = ma$). Newton's third law: When the cue - stick hits the ball, the ball exerts an equal and opposite force back on the cue - stick. Also, when the moving ball collides with other balls or the cushion of the billiard table, there are equal and opposite reaction forces involved in those interactions.