Electronegativity (EN) || Difference Between EN and EA || Factors Affecting EN || Trends in Periodic Table

Electronegetivity || Difference b/w EA and EN || Factors affecting EN || Trends || Electronegetivity scales

But-2-ene can be obtained by reacting:

Let electronegativity, ionisation energy and electron affinity by represented as EN, IP and EA respectively. Which one of the following equation is correct according to Mulliken ?

Let electronegativity, ionisation energy and electron affinity be represented as En, Ip and EA respectively. Which one of the following equation is correct according to Mulliken?

en' is an example of a

Although Chlorine (EN = 3.2) is more electronegative than Nitrogen (EN = 3.0) , yet chlorine does not form hydrogen bond while nitrogen does. Give reason. (Ans: larger atomic size of Cl ).

Discuss the factors affecting electron gain enthalpy and the trend in its variation in the periodic table.

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

EN of the element (A) is E_(1) and EA is E_(2) hence IP will be :