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Calculate the ratio of radii of two nucl...

Calculate the ratio of radii of two nuclei with mass numbers in ratio 8 : 27.

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To solve the problem of calculating the ratio of the radii of two nuclei with mass numbers in the ratio of 8:27, we can follow these steps: ### Step 1: Understand the relationship between mass number and radius The radius \( R \) of a nucleus is related to its mass number \( A \) by the formula: \[ R = R_0 A^{1/3} \] where \( R_0 \) is a constant. ...
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MODERN PUBLICATION-NUCLEI-CONCEPTUAL QUESTIONS
  1. Two nuclei have mass number in the ratio 1:2. What is the ratio of the...

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  2. Why is the mass of a nucleus always less than the sum of the masses of...

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  3. Calculate the ratio of radii of two nuclei with mass numbers in ratio ...

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  4. Identify the pair of isotopes, isobars and isotones from the following...

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  5. Isolated proton does not decay into neutron but an isolated neutron ca...

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  6. Draw the curve showing the variation of binding energy per nucleon as ...

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  7. Why do all electrons emitted during beta - decay not have the same ene...

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  8. Why is density of a nucleus much more than the atomic density?

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  9. Why is nuclear density same for all nuclei?

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  10. Determine the number of electrons, proton and neutrons in the nucleus ...

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  11. The binding energies of two particles X and Y are 2.26 MeV/nucleon and...

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  12. Which is the most unstable elementary particle in an atom?

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  13. Nucleus contains protons and neutrons only but in beta decay, the elec...

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  14. During alpha decay of a nucleus, how does the neutron to proton ratio ...

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  15. During beta decay of a nucleus, how does the neutrons to proton ratio ...

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  16. A nucleus with mass number A =240 and BE//A = 7.6 Me V breaks i...

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  17. Calculate the energy in the given fusion reaction. ""(1)H^(2) + ""(1...

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  18. Why plutonium is not found in observable quantity in the universe?

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  19. Four nuclei of an element undergo fusion to form a heavier nucleus , w...

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  20. Is it possible for ""(92)U^(238) spontaneously to emit a proton? Given...

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