In period 2, element 'A' is to the right of element 'B'.
The element 'A' would have. ______ [lesser/higher] electron affinity than 'B'.

In period 2, element 'A' is to the right of element 'B'. The element 'A' would probably have a ____ [smaller/larger] atomic size than 'B'.

In period 2, element 'A' is to the right of element 'B'. The element 'B' would probably have ____[lower/higher] ionisation potential than 'A'.

In period 2, element 'A' is to the right of element 'B'. Nuclear charge of element 'B' would be ________[less/more] than element 'A'.

In period 2, element 'A' is to the right of element 'B'. If an element 'C' had a low electronegativity and ionisation potential it would have more tendency to _______ [gain/lose] electrons.

In Period 3 of the Periodic Table, element B is placed to the left of element A. On the basis of this information, choose the correct word from the brackets - to complete the following statements. The element A would probably have [lesser/higher] electron affinity than B.

The element which has highest electron affinity ?

Name or state with reference to the elements of the modern periodic table. The element from the elements fluorine and neon having a higher electron affinity.

In Period 3 of the Periodic Table, element B is placed to the left of element A. On the basis of this information, choose the correct word from the brackets - to complete the following statements. The element B would have [lower/higher] metallic character than A.

Fill in the blanks with the appropriate word/s Element 'B' in period 2 is to the right of nent'A. Element 'B' is likely to be ____ [more/less] non-metallic in character than element A

Second and successive electron affinity of an element