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Species having X-O-H linkage (X=non-meta...

Species having X-O-H linkage (X=non-metal with positive oxidation state) are called oxy acids and parent acid of a non-metal may exist in two form (a)-ic form of parent oxy acid (b)-us form parent oxy acid.
Q. Number of P-O bond(s) having bond order=2, in `P_(2)O_(6)^(4-)` ions is:

A

0

B

2

C

3

D

6

Text Solution

Verified by Experts

The correct Answer is:
A

Inert pair effect phenomenon is exclusively applicable to sixth period elements belonging to 13, 14 and 15th group elements.
Due to inert pair effect `Pb^(2+)` is more stable than `Pb^(4+)`.

Hence, `Ti^(+)` does not act as reducing agent.
`ln^(+) to ln^(3+)+2e^(-)`
Hence, `ln^(+)` can act as stronger reducing agent than `Ti^(+)`.
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Species having X-O-H linkage (X=non-metal with positive oxidation state) are called oxy acids and parent acid of a non-metal may exist in two form (a)-ic form of parent oxy acid (b)-us form parent oxy acid. Q. X-O-X bond (where X=central atom) is not present in species.

Species having X-O-H linkage (X=non-metal with positive oxidation state) are called oxy acids and parent acid of a non-metal may exist in two form (a)-ic form of parent oxy acid (b)-us form parent oxy acid. Q. Which of the following parent oxy acid does not have its pyro-oxy acid?

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VK JAISWAL-p-BLOCK ELEMENTS-LEVEL 3 (PASSAGE TYPE)
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  2. Each oxy-acid contains at least one X-OH unit (X is non-metal). The H-...

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  3. Each oxy-acid contains at least one X-OH unit (X is non-metal). The H-...

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  4. Formation of a bridge bond is best explained by molecular orbital theo...

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  5. Formation of a bridge bond is best explained by molecular orbital theo...

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  6. Formation of a bridge bond is best explained by molecular orbital theo...

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  7. (i) P+C("carbon")+Cl(2) to Q+CO uaarr (ii) Q+H(2)O to R+HCl (iii) ...

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  8. (i) P+C("carbon")+Cl(2) to Q+CO uaarr (ii) Q+H(2)O to R+HCl (iii) ...

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  9. (i) P+C("carbon")+Cl(2) to Q+CO uaarr (ii) Q+H(2)O to R+HCl (iii) ...

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  10. Q. Compound (D)+I^(-)+H^(-) to Gas Evolved gas is similar to:

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  11. Q. Yellow ppt. of compound (I) is insoluble in:

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  12. Q. type of hybridization of central atomo of gas (B) is:

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  13. The following flow diagram represent the industrial preparation of nit...

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  14. The following flow diagram represent the industrial preparation of nit...

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  15. Species having X-O-H linkage (X=non-metal with positive oxidation stat...

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  16. Species having X-O-H linkage (X=non-metal with positive oxidation stat...

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  17. Species having X-O-H linkage (X=non-metal with positive oxidation stat...

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  18. Consider the following sequence of reactions, if A is sulphuric acid, ...

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  19. Consider the following sequence of reactions, if A is sulphuric acid, ...

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