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Which out of the N or O has higher elect...

Which out of the `N` or `O` has higher electron gain enthalpy?

A

`a=b`

B

`2a=b`

C

`a=2b`

D

None of these

Text Solution

Verified by Experts

The correct Answer is:
2

Equivalent of `KMnO_(4)=` Equivalent of `KHC_(2)O_(4)`
`0.02xx(100)/(1000)xx5=(a)/(m_(KHC_(2)O_(4))xx2)" ".........(i)`
Equivalent of `Ca(OH)_(2)=` Equivalent of `KHC_(2)O_(4)`
`0.005xx(100)/(1000)xx2=(b)/(m_(KHC_(2)O_(4))xx1)" ".......(ii)`
Equation `(i) +` Equation `(ii)`
`2a=b`
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RESONANCE ENGLISH-PERIODIC TABLE & PERIODICITY-ORGANIC CHEMISTRY(BASIC CONCEPTS)
  1. Which out of the N or O has higher electron gain enthalpy?

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  2. An element with atomic number 107 has recently been discovered. Its bl...

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  3. In which one of the following pairs the radius of the second species i...

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  4. The chemical formula of Aluminium plumbate is -

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  5. The chemical name of K(2)MnO(4) is -

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  6. The chemical name of NaH(2)PO(4) is -

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  7. The five successive ionisation energies energies of an element 'X' are...

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  8. For an element 'A' , the first ionisation energy will be numerically e...

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  9. The first ionisation potential of Al is smaller than that of Mg becaus...

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  10. In which of the following pairs, the first member has higher first ion...

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  11. Which one of the following atoms will have the smallest size ?

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  12. The chemical formula of Permanganic acid is -

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  13. Which of the following is the correct order of ionisation enthalpy ? ...

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  14. The statement that is not correct for periodic classification of eleme...

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  15. In the modern periodic table, the block indicates the value of ……………… ...

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  16. Element with electronic configuration as [Ar]^(18)3d^(5)4s^(2) is plac...

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  17. Which set does not shows correct matching according to Modern periodic...

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  18. Atomic radii of fluorine and neon in Angstrom units are respectively g...

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  19. Which of the following element has the highest ionisation enregy ?

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  20. The set representing the correct order of the first ionisation potenti...

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  21. Which of the following relation is correct with respect first (I) and ...

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