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The magnitude and permanganate ions are ...

The magnitude and permanganate ions are tetrahedral due to

A

The `pi`-bonding involves overlap of p-orbitals of oxygen with d-orbitals of manganese

B

There is no `pi`-bonding

C

The `pi`-bonding involves overlap of p-orbitals of oxygen with p-orbitals of manganese

D

The `pi`-bonding involves overlap of d-orbitals of oxygen with d-orbitals of manganese.

Text Solution

Verified by Experts

The correct Answer is:
A
The `pi`-bond is formed by the overlap of p-orbitals of oxygen and d-orbitals of manganese.
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MODERN PUBLICATION-D AND F-BLOCK ELEMENTS-COMPETITION FILE (MULTIPLE CHOICE QUESTION ((B) MULTIPLE CHOICE QUESTION FROM COMPETITIVE EXAMINATION))
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  2. Match the metal ions given in Column I with the spin magnetic moments ...

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  3. The magnitude and permanganate ions are tetrahedral due to

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  4. Amount of oxalic acid present in a solution can be determined by its t...

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  5. Mark the correct statements(s) (1) Manganeses exhibits +7 oxidation ...

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  6. The maximum oxidation state exhibited by actinide ions is

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  7. KMnO4 gets reduced to

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  8. The bonds present in the structure of dichromate ion are

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  9. In context of the lanthanoids, which of the following statements is no...

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  10. Iron exhibits +2 and +3 oxidation states. Which of the following state...

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  11. When H(2)O(2) is shaken with an acidified solution of K(2)Cr(2)O(7) in...

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  12. Four successive members of the first series of transition metals are l...

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  13. Which of the following arrangements does not represent the correct ord...

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  14. Which series of reactions correctly represents chemical rections relat...

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  15. The colour of KMnO(4) is due to

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  16. Which one of the following ions has same numbr of unpaired electrons a...

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  17. Among the following pairs the maximum, oxidation states is shown by

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