Down the group electron affinity decreases due to increase in atomic radii. Here is an exception fluorine has low electron affinity than chlorine. This is because due to smaller size of fluorine …

Full or half-filled orbits reduce electron affinity. Be and N have low electron affinity because their valence shells are full. Symmetry stabilizes filled orbits. These elements will accept the fewest …

C l has higher electron affinity than F. On comparing chloride ion with fluoride ion we find that electron density per unit volume in fluoride ion (F −) is more than in chloride (C l −) "ion. This …

2020年8月30日 · The electron affinity of the fluorine is less than chlorine because the size of fluorine is too small as size decreases from left to right inside period, whereas chlorine has a …

We know halogens with outer electronic configuration n s 2 n p 5 have the highest electron affinity. C l has more e − affinity than F due to the small size of F and high electronegativity. …

Assertion : F-atom has less electron affinity than C l − atom. Reason: Additional electrons are repelled more effectively by 3 p electrons in C l atom than by 2 p electrons in F -atom. View …

The size of C l is having highest electron affinity value than F as the size of F being small and highly electronegative,it tends to repel the incoming electron hence has low affinity than C l but …

Chlorine has more negative electron affinity than fluorine. Because adding an electron to fluorine 2p orbital causes greater repulsion than adding an electron to chlorine 3p orbital which is …

Electron affinity increases in a period and decreases in a group. But, fluorine atom, due to its small size cannot release high amount of energy. Hence, among halogens, chlorine atom has …

In general, the electron affinity decreases down the group but the electron affinity for chlorine is more than that for fluorine, because in F, due to the small size of the atom, the electrons are …