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Actinides exhibits oxidation state...

Actinides exhibits oxidation state

A

`+3 and +4`

B

`+4 and 5`

C

`+5 and +6`

D

`+2` to `+7`

Text Solution

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The correct Answer is:
D
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Knowledge Check

  • Fluorine exhibits an oxidation state of only -1 because :

    A
    it can readily accept an electron
    B
    it is very strongly electronegative
    C
    it is a non-metal
    D
    it belongs to halogen family

  • Fluorine exhibits an oxidation state of only -1 because :

    A
    it can readily accept an electron
    B
    it is very strongly electronegative
    C
    it is a non-metal
    D
    it belongs to halogen family

  • Aluminium exhibits +3 oxidation state. As we move down the group, +1 oxidation state gets more stable. This is a consequence of

    A
    increaseing size of the atom
    B
    inert pair effect
    C
    electron deficient nature
    D
    `p pi - p pi` bonding

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