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Give general electronic configuration of...

Give general electronic configuration of `d`-block elements.

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To determine the general electronic configuration of `d`-block elements, we can follow these steps: ### Step-by-Step Solution: 1. **Identify the Block**: Understand that `d`-block elements are transition metals found in groups 3 to 12 of the periodic table. 2. **General Configuration Format**: The general electronic configuration of `d`-block elements can be expressed as: \[ ...
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Knowledge Check

  • General electronic configuration of d-block elements is

    A
    `(n-1)d^(1-10) ns^(1-2)`
    B
    `ns^(2) np^(1-6)`
    C
    `(n-2)f^(0-14) (n-1)^(1-2) ns^(2)`
    D
    `(n-1)d^(1-5) ns^(1-2)`

  • General outer electronic configuration of d-block elements is,

    A
    `ns^(2) np^(1-6)`
    B
    `(n-2) f^(1-14)(n-1) d^(0-1) ns^(2)`
    C
    `(n-1) d^(1-10) ns^(0-2)`
    D
    None of these

  • General outer electronic configuration of f-block element is

    A
    `ns^(2) np^(1-6)`
    B
    `(n-2) f^(1-14)(n-1) d^(0-1) ns^(2)`
    C
    `(n-1) d^(1-10) ns^(1-2)`
    D
    None of these

    • Similar Questions

    Explore conceptually related problems

    Give general electronic configuration of f -block elements.

    (a) Define transition elements. (b) Give general electronic configuration of f-block elements.(c ) Most of transition elements are coloured, why? (d ) Transition elements show variable oxidation states, why?

    (i) Give the general electronic configuration of d-block elements, (ii) Silver atom has completely filled d-orbitals (4d^10) in its ground state. Yet, it is considered as transition element. Why? (iii) Cu^+ ion is not stable in aqueous solution. Explain. (iv) Actinoids contraction is greater from element to element than lanthanoid contraction. Why?

    Write general electronic configuration of p -block elements.

    General outer electronic configuration of p-block element is

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