The above is a plot of binding energy per nucleon `E_(b)` against the nuclear mass `M, A, B,C,D,E,F` correspond to different nuclei Consider four reactions:
A
`A+ B rarr C + epsilon`
B
`C rarr A +B + epsilon`
C
`D + E rarr F + epsilon and `
D
`F rarr D +E + epsilon`,
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The correct Answer is:
D
for A +B rarr C + epsilon ` is positive . This is because `E_(b)` for `C` is greater then the `E_(b) for A and B` Again for `F rarr D + E epsilon , epsilon` is positive This is because `E_(b)` for D and E` is greater then `E_(b) for F`
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The alongside is a plot of binding energy per nucleon E_(b) ,against the nuclear mass M,A,B,C,D,E,F correspond to different nuclei. Consider four reactions. (i) A + B to C + epsilon (ii) C to A + B + epsilon (iii) D + E to F + epsilon (iv) F to D + E + epsilon where epsilon is the energy released. In which reactions , is epsilon positive?
The dependence of binding energy per nucleon, B_(N) on the mass number, A, is represented by
The graph between the binding energy per nucleon (E) and atomic mass number (A) is as-
Binding energy per nucleon plot against the mass number for stable nuclei is show in the figure. Which curve is correct ?
The dependence of binding energy per nucleon, B_N on the mass number, A is represented by. (a) , (b) , ( c) , (d) .
Draw the plot of binding energy per nucleon as a function of mass number and write two important conclusion obtained from the graph.
Statement-1:In a nuclear reaction energy is released , if total binding energy is increasing. Statement-2:For a stability of a nucleus, total binding energy is more important than binding energy per nucleon. Statement-3:Nuclear force is different for different nucleons and it dependent on charge .
The binding energy per nucleon, for nuclei with atomic mass number A gt 100 , decreases with A . The nuclear forces are weak for heavier nuclei.
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