A particle of rest energy (moc) moving with speed (v) in the positive x-direction. This particke decays into tuo particles, each having rest energy of 140 Mev. One particles has of the olecay a kinetic of 282 Mev andd moreš in energy the positive x- direction. The other decay particle has a kinetic in the negative energy of 25 MeV and moves x-direction. a) calculate the rest energy Cmo c") 6) Calculate the speecl (v) of the nitial particle. before ofter mo Ek = 25 mev Ek = 82 meV %3D
A particle of rest energy (moc) moving with speed (v) in the positive x-direction. This particke decays into tuo particles, each having rest energy of 140 Mev. One particles has of the olecay a kinetic of 282 Mev andd moreš in energy the positive x- direction. The other decay particle has a kinetic in the negative energy of 25 MeV and moves x-direction. a) calculate the rest energy Cmo c") 6) Calculate the speecl (v) of the nitial particle. before ofter mo Ek = 25 mev Ek = 82 meV %3D
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Transcribed Image Text:A particle of rest energy (moc) moving with speed (v) in the
positive x-direction. This particke decays into tuo particles,
each having rest energy of 140 Mev. One
particles has
of the olecay
a kinetic of 282 Mev andd moreš in
energy
the positive x- direction. The other decay particle has a kinetic
in the negative
energy of 25 MeV and moves x-direction.
a) calculate the rest energy Cmo c")
6) Calculate the speecl (v) of the nitial particle.
before
ofter
mo
Ek = 25 mev
Ek = 82 meV
%3D
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