(i) Why is the binding energy per nucleon found to be constant for nuclei in the range of mass number (A) lying between 30 and 170∘ ? (ii) When a heavy nucleus with mass number A=240 breaks into two nuclei, A=120, energy is released in the process. Foreign 2012

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(i) Why is the binding energy per nucleon found to be constant

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(i) Why is the binding energy per nucleon found to be constant for nuclei in the range of mass number (A) lying between 30 and $17 0^{\circ}$ ? (ii) When a heavy nucleus with mass number $A = 240$ breaks into two nuclei, $A = 120$ , energy is released in the process. Foreign 2012

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(i) Why is the binding energy per nucleon found to be constant for nuclei in the range of mass number (A) lying between 30 and

17 0^{\circ}

? (ii) When a heavy nucleus with mass number

A = 240

breaks into two nuclei,

A = 120

, energy is released in the process. Foreign 2012

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Question Text	(i) Why is the binding energy per nucleon found to be constant for nuclei in the range of mass number (A) lying between 30 and $17 0^{\circ}$ ? (ii) When a heavy nucleus with mass number $A = 240$ breaks into two nuclei, $A = 120$ , energy is released in the process. Foreign 2012
Updated On	Jan 25, 2023
Topic	Modern Physics
Subject	Physics
Class	Class 12
Answer Type	Video solution: 4
Upvotes	438
Avg. Video Duration	4 min

(i) Why is the binding energy per nucleon found to be constant for nuclei in the range of mass number (A) lying between 30 and $17 0^{\circ}$ ? (ii) When a heavy nucleus with mass number $A = 240$ breaks into two nuclei, $A = 120$ , energy is released in the process. Foreign 2012

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