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Justify the position of hydrogen in the ...

Justify the position of hydrogen in the periodic table on the basis of its electronic configuration.

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Predic the position of the element in the periodic table satisfying the electronic configuration (n-1) d^(1) ns^(2) "for " n=4

Is the present position of hydrogen in the periodic table satisfactory?

Knowledge Check

  • What is the position of the element in the periodic table satisfying the electronic configuration (n-1)d^1 ns^2 for n = 4?

    A
    `3^(rd)` period and `3^(rd)` group
    B
    `4^(rd)` period and `3^(rd)` group
    C
    `3^(rd)` period and `2^(rd)` group
    D
    `4^(rd)` period and `2^(rd)` group

  • Paramagnetism of oxygen is explained on the basis of its electronic configuration of

    A
    `(2pi_(x) ""^(**))^(1) (2pi_(y) ""^(**))^(1) `
    B
    `(2pi_(x) ""^(**))^(1) (2p_(y) ""^(**))^(1) `
    C
    `(2sigma_(s) ""^(**))^(1) (2pi_(y) ""^(**))^(1) `
    D
    `(2sigma_(s))^(1) (2pi_(y))^(1) `

  • An element which belongs to third period and group 16 in the periodic table has electronic configuration

    A
    `1s^2,2s^22p^6,3s^23p^3``
    B
    `1s^2,2s^22p^6,3s^23p^4`
    C
    `1s^2,2s^22p^6,3s^23p^5`
    D
    `1s^2,2s^22p^4`

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    Name the different blocks of elements in the periodic table. Give the general electronic configuration of each block.

    How are the group number and period number of an element in the periodic table determined from the electronic configuration of the element ?

    Justify the placement of O,S,Se,Te and Po in the same group of the periodic table in terms of electronic configuration, oxidation state and hydride formation.

    Justify the placement of O, S, Se, Te and Po in the same group of the periodic table in terms of electronic configuration, oxidation, state and hydride formation.

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