pp collision. A proton of mass 938 [MeV] and energy 1069 [MeV] collides with another stationary proton. After the collision, the two protons form a composite particle with some energy and momentum. Which of the following choices is the rest mass of the composite particle? A. 1002 [MeV] B. 1372 [MeV] C. 1416 [MeV] D. 1940 [MeV]
pp collision. A proton of mass 938 [MeV] and energy 1069 [MeV] collides with another stationary proton. After the collision, the two protons form a composite particle with some energy and momentum. Which of the following choices is the rest mass of the composite particle? A. 1002 [MeV] B. 1372 [MeV] C. 1416 [MeV] D. 1940 [MeV]
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![pp collision. A proton of mass 938 [MeV] and energy 1069 [MeV] collides with another
stationary proton. After the collision, the two protons form a composite particle with some
energy and momentum. Which of the following choices is the rest mass of the composite
particle?
А. 1002 (MeV]
В. 1372 [MeV]
C. 1416 [MeV]
D. 1940 [MeV]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5240e065-66e9-4cc3-86be-a2efb023bad9%2F1e12ee46-6726-4a88-bbf3-b27984e0581d%2Fti56k1_processed.jpeg&w=3840&q=75)
Transcribed Image Text:pp collision. A proton of mass 938 [MeV] and energy 1069 [MeV] collides with another
stationary proton. After the collision, the two protons form a composite particle with some
energy and momentum. Which of the following choices is the rest mass of the composite
particle?
А. 1002 (MeV]
В. 1372 [MeV]
C. 1416 [MeV]
D. 1940 [MeV]
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