In X - H----Y , both X and Y are electronegative elements

Pauling's equation for determining the electronegativity of an element, is ( X_(A), X_(B) are electronegativity value of elements A and B respectively, Delta represents the polarity of A-B bond.)

The correct relation given by Pauling to calculate electronegativity of an element X is (with respect to hydrogen). Given EN of X gt EN of H

If x,y and z are electronegativity, ionisation potential and electron - affinity respectively. Then the electron affinity (z) in the terms of electronegativity (x) and ionisation potential (y) will be :

If x,y and z are electronegativity, ionisation potential and electron - affinity respectively. Then the electron affinity (z) in the terms of electronegativity (x) and ionisation potential (y) will be :

The X-X bond length is 1.5 Å and Y-Y bond length is 1.48 Å.If electronegativity values of X and Y are 3 and 3.5 respectively,then Y-X bond length would be

If x,y and z are Mulliken electronegativity, ionisation potential and electron-affinity respectively. Then the electron affinity (z) in the terms of electronegativity (x) and ionisation potential (y) will be:

Three elements, X, Y and Z belong to the same period. Their oxides are acidic, amphoteric and basic respectively. The order of electronegative of these elements in the periodic table is