Two protons experience a head-on collision moving with velocity v. In order for there to be enough energy to create a new proton- antiproton pair, the velocity of each proton must equal?
Two protons experience a head-on collision moving with velocity v. In order for there to be enough energy to create a new proton- antiproton pair, the velocity of each proton must equal?
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![Two protons experience a head-on collision moving with velocity v. In order for there to be enough energy to create a new proton-
antiproton pair, the velocity of each proton must equal?
A) 2c
B) 0.866c
.914c
D) 1.414c](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F8d309e74-e1f2-4dab-8be8-badb143e9b9a%2Fda5465a6-598b-43df-8c2c-8292c59eb226%2Fphh0x08_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Two protons experience a head-on collision moving with velocity v. In order for there to be enough energy to create a new proton-
antiproton pair, the velocity of each proton must equal?
A) 2c
B) 0.866c
.914c
D) 1.414c
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