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The first and second ionization enthalpi...

The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below:

The metal which can predominantly form a stable cova- lent halide of the type (MX) (X : Halogen)

A

(F)

B

(B)

C

(D)

D

(A)

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The correct Answer is:
D
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First and second ionisation enthalpies(in KJ/mol) of few elements are given below: Which of the above elements will form halides with formula MX_(2) ?

In terms of ionization enthalpy and electron gain enthaply , what type of atoms combine to form an ionic compound ?

Knowledge Check

  • The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: A metal which can form a stable binary halide of the type MX_2 is (X : Halogen)

    A
    (A)
    B
    (B)
    C
    (F)
    D
    (D)

  • The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: A metal which can form a stable binary halide of the type MX_2 is (X : Halogen)

    A
    (A)
    B
    (B)
    C
    (F)
    D
    (D)

  • The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: Which of these elements is the most reactive metal?

    A
    (A)
    B
    (B)
    C
    (F)
    D
    (D)

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    The first (Delta_(i)H_(1)) and second (Delta_(i)H_(2)) ionisation enthalpies ("in" kJ mol^(-1)) and the (Delta_(eg)H^(ө)) electron gain enthalpy ("in" kJ mol^(-1)) of a few elements are given below: {:("Elements",(Delta_(i)H_(1)),(Delta_(i)H_(2)),Delta_(eg)H^(ө)),(I,520,7300,-60),(II,419,3051,-48),(III,1681,3374,-328),(IV,1008,1846,-295),(V,2372,5251,+48),(VI,738,1451,-40):} Which of the above elements is likely to be a. the least reactive element. b. the most reactive metal. c. the most reactive non-metal. d. the least reactive non-metal. e. the metal which can form a stable binary halide of the formula MX (X=halogen). f. the metal which can form a predominantly stable covalent halide of the formula MX(X=halogen).

    The first (Delta_(i)H_(1)) and the (Delta_(i)H_(2)) ionization enthalpy (in kJ mol^(-1) ) and the (Delta_(eg) H) electron gas enthalpy (in kJ mol^(-1) ) of a few elements are given below : {:("Element",,Delta_(i)H_(1),,Delta_(i)H_(2),,Delta_(eg)H),(I,,520,,7300,,-60),(II,,419,,3051,,-48),(III,,1681,,3374,,-328),(IV,,1008,,1846,,-295),(V,,2372,,5251,,+48),(VI,,738,,1451,,-40):} Which of the above element is likely to be : (a) the least reactive element ( b) the most reactive metal (c ) the most reactive non- metal ( d ) the least reactive non- metal ( e) metal which can form a stable binary halide of the formula MX_(2) ( x= halogen ) ? (f ) the metal which can form predominantly stable covalent halide of the formula MX ( X= halogen ) ?

    The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: Which of these elements is the most reactive non-metal?

    The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: Which of these elements is the least reactive non-metal?

    The first and second ionization enthalpies and electron gain enthalpy of some elements are as given below: Which of the elements given above is the least reactive?

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