Chapter 30 – Nuclear Physics
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Binding energy per nucleon of 1H^2 and 2H^4 are 1.1 MeV and 7.0 MeV, respectively. Energy released in the process 1H^2 + 1H^2 = 2He^4 is
05
Jun
Binding energy per nucleon of 1H^2 and 2H^4 are 1.1 MeV and 7.0 MeV, respectively. Energy released in the process 1H^2 + 1H^2 = 2He^4 is Binding energy per nucleon of 1H^2 and 2H^4 are 1.1 MeV and 7.0 MeV respectively. Energy released in the process 1H2 + 1H2 = 2He4 is June 5, 2021 [...]
92U238 absorbs a neutron. The product emits an electron. This product further emits an electron. The result is
05
Jun
92U238 absorbs a neutron. The product emits an electron. This product further emits an electron. The result is 92U238 absorbs a neutron. The product emits an electron. This product further emits an electron. The result is June 5, 2021 Category: Cengage JEE Mains Physics by B.M Sharma , Chapter 30 - Nuclear Physics ,
The binding energy of nuclei X and Y are E1 and E2, respectively. Two atoms of X fuse to give one atom of Y and an energy Q is released. Then,
05
Jun
The binding energy of nuclei X and Y are E1 and E2, respectively. Two atoms of X fuse to give one atom of Y and an energy Q is released. Then, respectively. Two atoms of X fuse to give one atom of Y and an energy Q is released. Then The binding energy of nuclei [...]
N1 atoms of a radioactive element emit N2 beta particles per second. The decay constant of the element is
05
Jun
N1 atoms of a radioactive element emit N2 beta particles per second. The decay constant of the element is N1 atoms of a radioactive element emit N2 beta particles per second. The decay constant of the element is June 5, 2021 Category: Cengage JEE Mains Physics by B.M Sharma , Chapter 30 - Nuclear Physics [...]
The probability of survival of a radioactive nucleus for one mean life is
05
Jun
The probability of survival of a radioactive nucleus for one mean life is The probability of survival of a radioactive nucleus for one mean life is June 5, 2021 Category: Cengage JEE Mains Physics by B.M Sharma , Chapter 30 - Nuclear Physics ,
U−235 can decay by many ways , let us here consider only two ways, A and B. In decay of U−235 by means of A, the energy released per fission is 210 MeV while in B it is 186 MeV. Then , the uranium 235 sample is more likely to decay by .
05
Jun
U−235 can decay by many ways , let us here consider only two ways, A and B. In decay of U−235 by means of A, the energy released per fission is 210 MeV while in B it is 186 MeV. Then , the uranium 235 sample is more likely to decay by . A and [...]
49 19K isotope of potassium has a half-life of 1.4×10^9 yr and decays to form stable argon, 40 18Ar. A sample of rock has been taken which contains both potassium and argon in the ratio 1:7, i.e., (Number of potassium-14a→ms)/(Number of argon-40a→ms)=12 Assuming that when the rock was formed no argon −40 was present in the sample and none has escaped subsequently, determine the age of the rock.
05
Jun
49 19K isotope of potassium has a half-life of 1.4×10^9 yr and decays to form stable argon, 40 18Ar. A sample of rock has been taken which contains both potassium and argon in the ratio 1:7, i.e., (Number of potassium-14a→ms)/(Number of argon-40a→ms)=12 Assuming that when the rock was formed no argon −40 was present in [...]
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(Number of potassium-14a→ms)/(Number of argon-40a→ms)=12 Assuming that when the rock was formed no argon −40 was present in the sample and none has escaped subsequently ,
40 18Ar. A sample of rock has been taken which contains both potassium and argon in the ratio 1:7 ,
49 19K isotope of potassium has a half-life of 1.4×10^9 yr and decays to form stable argon ,
determine the age of the rock. ,
i.e ,
1.00 kg of 235U undergoes fission process. If energy released per event is 200 MeV, then the total energy released is
05
Jun
1.00 kg of 235U undergoes fission process. If energy released per event is 200 MeV, then the total energy released is 1.00 kg of 235U undergoes fission process. If energy released per event is 200 MeV then the total energy released is June 5, 2021 Category: Cengage JEE Mains Physics by B.M Sharma , Chapter [...]
The mean life time of a radionuclide, if the activity decrease by 4% for every 1h, would b e(product is non-radioactive, i.e., stable )
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Jun
The mean life time of a radionuclide, if the activity decrease by 4% for every 1h, would b e(product is non-radioactive, i.e., stable ) i.e if the activity decrease by 4% for every 1h stable) The mean life time of a radionuclide would b e(product is non-radioactive June 5, 2021 Category: Cengage JEE Mains Physics [...]
Atomic masses of two isobars 29Cu64 and 30Zn64 are 63.9298u and 63.9292u, respectively. It can be concluded from these data that .
05
Jun
Atomic masses of two isobars 29Cu64 and 30Zn64 are 63.9298u and 63.9292u, respectively. It can be concluded from these data that . Atomic masses of two isobars 29Cu64 and 30Zn64 are 63.9298u and 63.9292u respectively. It can be concluded from these data that . June 5, 2021 Category: Cengage JEE Mains Physics by B.M Sharma [...]