The binding energy per particle in MeV as a function of the mass number of a nucleus has been represented in the following histogram. A nucleus having mass number A =140 fissions into two nuclei of equal masses. How much energy will be released in this process? (b) 249Cf undergoes alpha decay. (i) Write the reaction equation. (ii) Find the energy released in the decay.
The binding energy per particle in MeV as a function of the mass number of a nucleus has been represented in the following histogram. A nucleus having mass number A =140 fissions into two nuclei of equal masses. How much energy will be released in this process? (b) 249Cf undergoes alpha decay. (i) Write the reaction equation. (ii) Find the energy released in the decay.
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The binding energy per particle in MeV as a function of the mass number of a
nucleus has been represented in the following histogram. A nucleus having
mass number A =140 fissions into two nuclei of equal masses. How much
energy will be released in this process?
(b)
249Cf undergoes alpha decay.
(i) Write the reaction equation.
(ii) Find the energy released in the decay.
Transcribed Image Text:7. (a) The binding energy per particle in MeV as a function of the mass number of a
nucleus has been represented in the following histogram. A nucleus having
mass number A =140 fissions into two nuclei of equal masses. How much
energy will be released in this process?
BE
80
120
160
200
(b) 249Cf undergoes alpha decay.
(i) Write the reaction equation.
(ii) Find the energy released in the decay.
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