`N_(0)//2` atoms of X(g) are converted into `X^(+)` (g) by energy `E_(1) . N_(0)//2` atoms of X(g) are converted into `X^(-)` (g) by the energy `E_(2)` . Hence ionisation potential and electron affinity of X(g) are :

N_(0)//2 atoms of X_((g)) are converted into X_((g))^(o+) by energy E_(1), N_(0)//2 atoms of X_((g)) are converted inot X_((g))^(ɵ) by energy E_(2) . Hence ionisation potential and electron affinity of X_((g)) per atom are

Metals have few electrons in their valence shell while non-metals generally have more electrons in their valence shell. Metallic character is closely related to atomic radius and ionisation enthalpy. Metallic character increases from top to bottom in a group and decreases from let to right in a period of periodic table. metallic character is inversely related to electronegativity of element. Q. 3 N_0//2 atoms of X_((g)) are converted it into X_((g))^(+) by energy E_(1) , 2 N_0//3 atoms of X_((g)) are converted it into X_((g))^(-) by energy E_(2) . hence, ionisation potential and electron affinity of X_((g)) are: ( N_(0) =Avogadro's number)

N_0/2 atoms of X(g) are converted into X^+ (g) by energy E_1N_0/(2) atoms of X(g) are converted into X^- (g) by energy E_2 hence ionization potential and electron affinity of X(g) are

(3N_(0))/2 atoms of X_((g)) are converted into X_((g))^(+) by energy E_(1),(2N_(0))/3 atoms of X_((g)) are converted into X_((g))^(-) by energy E_(2) . Hence ionisation energy and electron gain enthalpy of X_((g)) are ( N_(0) = Avogadro Number)

Metals have few electrons in their valence shell while non-metals generally have more electrons in their valence shell. Metallic character is closely related to atomic radius and ionisation enthalpy. Metallic character increases from top to bottom in a group and decreases from let to right in a period of periodic table. metallic character is inversely related to electronegativity of element. Q. 3 N_0//2 atoms of X_((g))^(-) by energy E_(2) . hence, ionisation potential and electron affinity of X_((g)) are: ( N_(0) =Avogadro's number)

You are given Avogadro's number of atoms of a gas X. if half of the atoms are converted into X^(+)(g) by energy DeltaH , then ionisation enthaly of X is-

If you are given Avogadro's number of atoms of a gas X . If half of the atoms are converted into X_(g)^(+) by energy Delta H . The IE of X is