37. Rolling Spheres. 2022 identical elastic spheres are placed along a line with initial positions and velocities such that the number of collisions n is maximized. Find Inn. Hint: What happens when 2 identical spheres undergo a completely elastic collision?
37. Rolling Spheres. 2022 identical elastic spheres are placed along a line with initial positions and velocities such that the number of collisions n is maximized. Find Inn. Hint: What happens when 2 identical spheres undergo a completely elastic collision?
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![37. Rolling Spheres. 2022 identical elastic spheres are placed along a line with initial positions and
velocities such that the number of collisions n is maximized. Find In n. Hint: What happens when 2
identical spheres undergo a completely elastic collision?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F73051968-4391-4987-a235-47357d4b67f8%2F526b0913-d746-4710-bb0d-1820c8ff7f82%2Ff4sykoh_processed.png&w=3840&q=75)
Transcribed Image Text:37. Rolling Spheres. 2022 identical elastic spheres are placed along a line with initial positions and
velocities such that the number of collisions n is maximized. Find In n. Hint: What happens when 2
identical spheres undergo a completely elastic collision?
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