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A detailed image of a billiard table setup to illustrate an experimental demonstration of the law of conservation of momentum. On the green-felt surface, two billiard balls are arranged: one stationary and the other ready to make impact, drawn in a way that shows motion. Add in details like the cue stick positioned at an angle about to strike the moving ball. Enhance the conceptual clarity with subtle elements like faint, dashed lines indicating potential paths of the balls post-impact.

Using two billiard balls, in 3-4 sentences, design an experiment to demonstrate the law of conservation of momentum.

The guy above me is correct but here are the rest of the answers to the test.

the Momentum Test for clarification!

1. 7.5 kg ⋅ m/s before and 0 kg ⋅ m/s after
2. 7.2 kg ⋅ m/s
3. 40,000 kg⋅m/s
4. It must have decreased.
5. She will move in the same direction at the same speed forever.
6. two balls colliding in deep space
7. magnetism
8. Determine the momentums of the two particles before the collision and add them together. Determine the momentums of the two particles after the collision and add them together. Verify that both sums are the same.
9. 2.0m/s
10. 1.1m/s
11. 81 kJ
12 Increase the input force and decrease the output displacement.
13. 4 m
all of the short answer questions are out there so yall should be finding those, but good luck guy and gals (that was cringe)

A billiard ball of mass moves with a speed of and collides elastically with a ball of mass moving in the opposite direction with a speed of Show that because momentum is conserved in the rest frame, it is also conserved in a frame of reference moving with a speed of in the direction of the second ball.

I hope you get the best head

yo me and beaner both cheating 2 hours before the deadline for the quarter lol

bro thanks

where was this when i needed it......

Lmao beaner that’s exactly what I say when I get the right answers from someone😭

this is what i used but i took out about a sentence or two but also dont copy and paste, so turn it into your own words.

lets say you're about to shoot the 8 ball into the pocket. well the 8 ball and the cue ball are standing still so they have no momentum. you have your pool stick that weighs 20 ounces and its velocity is .89 m/s. after you hit the cue ball its not going to have any momentum and is going to transfer all of its momentum onto the 8 ball because you cant just randomly create or dissipate momentum.

To demonstrate the law of conservation of momentum, you can perform a simple experiment with two billiard balls. Set up a flat, smooth surface and place one billiard ball at rest. Then, roll the second ball towards it with a certain velocity. Observe what happens after the collision. If the experiment follows the law of conservation of momentum, the first ball should start moving with the same velocity as the second ball initially had, while the second ball will come to rest. This shows that the total momentum remains constant before and after the collision.