Q1 0.25 kg @ 2 m/s collided with 0.4 kg target at rest in the lab frame and the 0.25 kg velocity became 1.5 m/s with angle-1 and the 0.4 kg became (0.8- X/250) m/s with angle-2 Construct a simulation...

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Q1<br>0.25 kg @ 2 m/s collided with 0.4 kg target at rest in the lab frame and the 0.25 kg velocity became 1.5<br>m/s with angle-1 and the 0.4 kg became (0.8- X/250) m/s with angle-2<br>Construct a simulation table of angle-1 versus angle-2, using momentum conservation in the x-direction<br>Construct a simulation table of angle-1 versus angle-2, using momentum conservation in the y-direction<br>momentum conservation in the x-direction<br>

Extracted text: Q1 0.25 kg @ 2 m/s collided with 0.4 kg target at rest in the lab frame and the 0.25 kg velocity became 1.5 m/s with angle-1 and the 0.4 kg became (0.8- X/250) m/s with angle-2 Construct a simulation table of angle-1 versus angle-2, using momentum conservation in the x-direction Construct a simulation table of angle-1 versus angle-2, using momentum conservation in the y-direction momentum conservation in the x-direction

Jun 11, 2022
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