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27 Nov 2019
(2) a) Consider a center-of-mass collision of a proton and ananti-proton (mp=938.3 MeV/c2) in a collidingbeam accelerator. What is the minimum proton momentum required inthis frame to produce a Z0 particle which has a massmz=91.2x103MeV/c2?
b) To what energy must an antiproton be accelerated in orderthat a collision with a proton in a fixed target (i.e., the protonis at rest) will be able to produce a Z0 particle?
(2) a) Consider a center-of-mass collision of a proton and ananti-proton (mp=938.3 MeV/c2) in a collidingbeam accelerator. What is the minimum proton momentum required inthis frame to produce a Z0 particle which has a massmz=91.2x103MeV/c2?
b) To what energy must an antiproton be accelerated in orderthat a collision with a proton in a fixed target (i.e., the protonis at rest) will be able to produce a Z0 particle?
