A body of rest mass m and velocity v (and gamma factor y) collides with an identical body at rest. After the collision, the two bodies coalesce to form a composite body. Calculate the rest mass and velocity of the composite body so formed in terms of m, v, y.
A body of rest mass m and velocity v (and gamma factor y) collides with an identical body at rest. After the collision, the two bodies coalesce to form a composite body. Calculate the rest mass and velocity of the composite body so formed in terms of m, v, y.
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![A body of rest mass m and velocity v (and gamma factor y) collides with an identical
body at rest. After the collision, the two bodies coalesce to form a composite body.
Calculate the rest mass and velocity of the composite body so formed in terms of m, v, y.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb5d24b47-bc6f-4b40-9d50-45b25f08e891%2F957f4c6a-d23e-4e24-a596-cabc0f7be5eb%2Ftcjgavh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A body of rest mass m and velocity v (and gamma factor y) collides with an identical
body at rest. After the collision, the two bodies coalesce to form a composite body.
Calculate the rest mass and velocity of the composite body so formed in terms of m, v, y.
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