Consider the nuclear fission Ne20→2He4+C12 Given that the binding energy/nucleon of Ne20, He4 and c12 are, respectively, 8.03 MeV, 7.07 MeV and 7.86 MeV, identify the correct statement:
(a)
8.3 MeV energy will be released
(b)
Energy of 12.4MeV will be Supplied
(c)
Energy of 11.9 MeV has to be supplied
(d)
Energy of 3.6 MeV will be released
Consider the nuclear fission Ne20→2He4+C12 Given that the binding energy/nucleon of Ne20, He4 and c12 are, respectively, 8.03 MeV, 7.07 MeV and 7.86 MeV, identify the correct statement:
(a)
8.3 MeV energy will be released
(b)
Energy of 12.4MeV will be Supplied
(c)
Energy of 11.9 MeV has to be supplied
(d)
Energy of 3.6 MeV will be released
Question ID - 50260 | SaraNextGen Answer
Consider the nuclear fission Ne20→2He4+C12 Given that the binding energy/nucleon of Ne20, He4 and c12 are, respectively, 8.03 MeV, 7.07 MeV and 7.86 MeV, identify the correct statement:
(a)
8.3 MeV energy will be released
(b)
Energy of 12.4MeV will be Supplied
(c)
Energy of 11.9 MeV has to be supplied
(d)
Energy of 3.6 MeV will be released
|
Consider the nuclear fission Ne20→2He4+C12 Given that the binding energy/nucleon of Ne20, He4 and c12 are, respectively, 8.03 MeV, 7.07 MeV and 7.86 MeV, identify the correct statement: |
|||
|
(a) |
8.3 MeV energy will be released |
(b) |
Energy of 12.4MeV will be Supplied |
|
(c) |
Energy of 11.9 MeV has to be supplied |
(d) |
Energy of 3.6 MeV will be released |
1 Answer - 5876 Votes
3537
Answer Key : (c) -
Answer LinkNe20 →2He4+C12
8.03 ×20 2×7.07×4+7.86×12
∴EB=(BE)react − (BE)product=9.72 MeV
