The has been produced in the reaction K¯ + p→ Kº + K+ + S¯ What is the minimum momentum of the K in the La tion to proceed assuming that the target proton is at res Assume that a 2 is produced in the above reaction of K. What is the probability that will travel 3 decaying? You may ignore any likelihood of the of K+ K- KO RO pro 101 101 108 02
The has been produced in the reaction K¯ + p→ Kº + K+ + S¯ What is the minimum momentum of the K in the La tion to proceed assuming that the target proton is at res Assume that a 2 is produced in the above reaction of K. What is the probability that will travel 3 decaying? You may ignore any likelihood of the of K+ K- KO RO pro 101 101 108 02
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![125 The 2 has been produced in the reaction
K + p → Kº + K+ + S¯
What is the minimum momentum of the K in the Laboratory for this reac-
tion to proceed assuming that the target proton is at rest in the laboratory?
Assume that a 2 is produced in the above reaction with this momentum
of K. What is the probability that will travel 3 cm in the Lab before
interacting. The rest
decaying? You may ignore any likelihood of the
energies of K+, K¯, Kº, P, S¯ are 494, 494, 498, 938, 1,675 MeV, respec-
tively. Lifetime of S2 = 1.3 × 10-1⁰ s.
[University of Bristol 1967]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6fd68635-09d7-4e16-bdb7-3dbb4f5ec382%2F998363cf-f274-4122-abc9-45f8ee26070a%2Fq1613n_processed.jpeg&w=3840&q=75)
Transcribed Image Text:125 The 2 has been produced in the reaction
K + p → Kº + K+ + S¯
What is the minimum momentum of the K in the Laboratory for this reac-
tion to proceed assuming that the target proton is at rest in the laboratory?
Assume that a 2 is produced in the above reaction with this momentum
of K. What is the probability that will travel 3 cm in the Lab before
interacting. The rest
decaying? You may ignore any likelihood of the
energies of K+, K¯, Kº, P, S¯ are 494, 494, 498, 938, 1,675 MeV, respec-
tively. Lifetime of S2 = 1.3 × 10-1⁰ s.
[University of Bristol 1967]
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