3 of 6 Question A6 A nucleus of 78 Kr undergoes a double -capture decay. a) Write down the decay equation. b) For a general double -capture decay, starting from an expression of the Q-factor in terms of nuclear masses derive an expression of Q in terms of atomic masses. c) Calculate the Q-factor of the 78 Kr decay.
3 of 6 Question A6 A nucleus of 78 Kr undergoes a double -capture decay. a) Write down the decay equation. b) For a general double -capture decay, starting from an expression of the Q-factor in terms of nuclear masses derive an expression of Q in terms of atomic masses. c) Calculate the Q-factor of the 78 Kr decay.
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A nucleus of 78 Kr undergoes a double -capture decay.
a) Write down the decay equation.
b) For a general double -capture decay, starting from an expression of the Q-factor in terms
of nuclear masses derive an expression of Q in terms of atomic masses.
c)
Calculate the Q-factor of the 78 Kr decay."
Transcribed Image Text:3 of 6 Question A6
A nucleus of 78 Kr undergoes a double -capture decay.
a) Write down the decay equation.
b) For a general double -capture decay, starting from an expression of the Q-factor in terms
of nuclear masses derive an expression of Q in terms of atomic masses.
c)
Calculate the Q-factor of the 78 Kr decay.
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