Q. 84.0( 1 Vote )

A nucleus with ma

Answer :

The released energy is


Given


The mass number of the nucleus is given as , the binding energy of the element after breakage of the element it splits into two fragments of binding energy = each.


Formula Used


The formula used for the measurement of released energy is done by mass defect which produces the energy released by differentiating or subtracting the binding energy of the parent from the daughter element.



where


E is the energy released; n is the number of daughter elements, is the Binding energy of the daughter element, is the binding energy of the parent element.


The binding energy of the daughter element is given by



The binding energy of the parent element is given by



The numbers of fragments are.


Therefore, the energy released is





Therefore, the released energy is.


OR


The energy in the fusion reaction is


Given


The reaction formula is given as



The binding energy for = and


Formula Used


The formula used for the measurement of fusion energy is the subtraction of the lower element binding energy from the binding energy of the fused element.



where


E is the energy released; n is the number of lower energy elements, is the Binding energy of the lower energy element, is the binding energy of the fused element.


The binding energy of the = and


Therefore, the energy released is



The number of lower energy element fusing is




Therefore, the energy released by fusion is


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