A particle at rest, with mass m0 = 48 M, decays, emitting two others (M is a constant with a unit of mass). The first one has mass m1 = 2 M, its energy and linear momentum represented by E1 and P1. The second particle created has mass m2 = 10 M, its energy and linear momentum represented by E2 and P2-The four-momentum of the created particles can be written in the form: P, = [E/c, p;] e P2 = [E;/c, p2). Calculate the energy of the first particle created and mark below the item corresponding to its value. Choose na option E, = 5 Mc E, = 8 Mc E, = 10 Mc

A particle at rest, with mass m0 = 48 M, decays, emitting two others (M is a constant with a unit of mass). The first one has mass m1 = 2 M, its energy and linear momentum represented by E1 and P1. The second particle created has mass m2 = 10 M, its energy and linear momentum represented by E2 and P2-The four-momentum of the created particles can be written in the form: P, = [E/c, p;] e P2 = [E;/c, p2). Calculate the energy of the first particle created and mark below the item corresponding to its value. Choose na option E, = 5 Mc E, = 8 Mc E, = 10 Mc

Physics for Scientists and Engineers: Foundations and Connections

1st Edition

ISBN:9781133939146

Author:Katz, Debora M.

Publisher:Katz, Debora M.

Chapter39: Relativity

Section: Chapter Questions

Problem 83PQ

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