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Process Na((g))^(2+) overset(I)rarr Na((...

Process `Na_((g))^(2+) overset(I)rarr Na_((g))^(+) overset(II)rarr Na_((g))`

A

In (I) energy is released, (II) energy is absorbed

B

In both (I) and (II) energy is absorbed

C

In both (I) and (II) energy is released

D

In (I) energy is absorbed, (II) energy is released

Text Solution

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The correct Answer is:
C
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GRB PUBLICATION-PERIODIC TABLE-C.Ionisation Energy
  1. Ionization energies vary from left to right across the periodic table....

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  2. Which group best illustrates the transition from non-metallic to metal...

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  3. Process Na((g))^(2+) overset(I)rarr Na((g))^(+) overset(II)rarr Na((g)...

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  4. How does th reducing ability of the elements vary across the period fr...

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  5. Of the elements given, which has the lowest ionization energy?

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  6. Three elements X , Y and Z have atomic numbers 19 , 37 and 55 respecti...

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  7. Which element has the lowest first ionization energy?

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  8. If we move from centre towards end points through three different path...

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  9. First, second and third I.P. values are 10eV,15eV and 150eV. Element c...

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  10. The third ionisation energy will be maximum for:

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  11. Find the highest ratio of IP values of given pair of elements:

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  12. Given the correct order of initials T (true) of F (false) for followin...

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  13. Which of the following transitions involves maximum amount of energy?

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  14. The first five inization energies of an element are 9.1,16.2,24.5,35 a...

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  15. The incorrect option out of the following is:

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  16. The third ionization energy is least for:

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  17. Ionisation energy is highest for:

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  18. Ionisation energies of CI^(-), CI and CI^(+) are respectively (in kJ/m...

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  19. Which of the following order is correct for indicated property?

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  20. Mg cannot exhibit +3 oxidation state, because its:

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