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Find the binding energy of a nucleus con...

Find the binding energy of a nucleus consisting of an equal number of protons and neutrons and with a radius one-and a -half times smaller that that of the `.^(27)Al` nucleus. Consult the atomic tables for required masses.

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NN GHOSH-NUCLEAR FISSION AND FUSION-EXERCISES
  1. Find the binding energy of a nucleus consisting of an equal number of ...

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  2. Calculate the binding energy of the lithium atom (.(3)^(7)Li) from the...

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  3. Find the minimum energy that a gamma-ray must have to give rise to an ...

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  4. Calculate the energy released by fission of 1 g of .(92)^(235)U, assum...

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  5. A reaction develop nuclear energy at the rate of 3 xx 10^(4) kW. How m...

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  6. Calculate the amount of energy set free by the annigilation of an elec...

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  7. Complete the following nuclear reactions: (i) .(7^(14)N + .(2)^(4)He...

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  8. Calculate the energy released in kilowatt-hours when 100g of .(3)^(7)L...

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  9. calculate the energy released in the nuclear fusion of isotopes of hyd...

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  10. Using conservation laws show that an electron cannot absorb a photon c...

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  11. Making use of the tables of atomic masses, determine the energies of t...

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  12. Taking the values of atomic masses from the tables, find the maximum k...

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  13. A stationary .(82)^(200)Pb nucleus emits an alpha-particle with kineti...

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  14. Making use of the tables of atomic masses, find: (a) the mean binding...

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  15. A nucleus X, initially at rest , undergoes alpha dacay according to th...

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  16. A uranium nucleus .^(235)U liberates 200 MeV per fission 1.5 kg of ura...

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  17. Can a silicon nucleus (.(14)^(31)Si) transfrom into a phosphorus nucle...

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  18. Stationery nucleus .^(238)U decays by a emission generaring a total ki...

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  19. Find the maximum energy that a beta particle can have in the following...

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