1. A particle at rest decays into two corfu particles, each with a mass of 200.0 MeV/c². One of the corfu particles is measured to have a kinetic energy of 98.3 MeV. I a. Find the mass in MeV/c² of the original particle which decayed. b. Find the momenta of each of the corfu particles.
1. A particle at rest decays into two corfu particles, each with a mass of 200.0 MeV/c². One of the corfu particles is measured to have a kinetic energy of 98.3 MeV. I a. Find the mass in MeV/c² of the original particle which decayed. b. Find the momenta of each of the corfu particles.
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![11.
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1. A particle at rest decays into two corfu particles, each with a mass of 200.0 MeV/c².
One of the corfu particles is measured to have a kinetic energy of 98.3 MeV. I
a. Find the mass in MeV/c² of the original particle which decayed.
b. Find the momenta of each of the corfu particles.
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Transcribed Image Text:11.
| 2 | 11
000
3
A tv
4| 5|
1. A particle at rest decays into two corfu particles, each with a mass of 200.0 MeV/c².
One of the corfu particles is measured to have a kinetic energy of 98.3 MeV. I
a. Find the mass in MeV/c² of the original particle which decayed.
b. Find the momenta of each of the corfu particles.
6
ㅎ
I
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