When an a-particle collides with a stationary lithium nucleus, the following nuclear reaction may take place. 4He + 7Li 10B+n If Q-value of this reaction is E = -2.87 MeV, find the minimum value of kinetic energy of incoming a-particles required for the reaction.
When an a-particle collides with a stationary lithium nucleus, the following nuclear reaction may take place. 4He + 7Li 10B+n If Q-value of this reaction is E = -2.87 MeV, find the minimum value of kinetic energy of incoming a-particles required for the reaction.
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![14. When an a-particle collides with a stationary lithium nucleus, the
following nuclear reaction may take place.
4He + 7Li 10B + n
If Q-value of this reaction is E = -2.87 MeV, find the minimum value of
kinetic energy of incoming a-particles required for the reaction.
4.SImev
15. Nuclei of deuterium D (²H) and tritium T (H) can fuse according to the
ntiolo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F51f85404-cd9e-45a0-8889-becad509a325%2F7b7853b4-e169-4252-9d6b-39325d539fb8%2Fv8xi5q_processed.jpeg&w=3840&q=75)
Transcribed Image Text:14. When an a-particle collides with a stationary lithium nucleus, the
following nuclear reaction may take place.
4He + 7Li 10B + n
If Q-value of this reaction is E = -2.87 MeV, find the minimum value of
kinetic energy of incoming a-particles required for the reaction.
4.SImev
15. Nuclei of deuterium D (²H) and tritium T (H) can fuse according to the
ntiolo
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