Question

Q-15 Explain ionization enthalpy and variation in period and group. ​

Answer 1

Answer:

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Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.

Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.This process may be represented as M (g) + ∆iH -> M+ (g) + e–(g)

Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.This process may be represented as M (g) + ∆iH -> M+ (g) + e–(g)where M (g) is isolated gaseous atom.

Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.This process may be represented as M (g) + ∆iH -> M+ (g) + e–(g)where M (g) is isolated gaseous atom.M+ (g) is the resultant cation (a position ion)

Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.This process may be represented as M (g) + ∆iH -> M+ (g) + e–(g)where M (g) is isolated gaseous atom.M+ (g) is the resultant cation (a position ion)Variation along a period. Moving from left to right in a period, the ionization enthalpy increases with atomic number.

Ionization Enthalpy. The minimum amount of energy required to remove the most loosely bound electron from an isolated gaseous atom so as to convert it into a gaseous cation is called its ionization enthalpy or energy. It is represented by A; H.This process may be represented as M (g) + ∆iH -> M+ (g) + e–(g)where M (g) is isolated gaseous atom.M+ (g) is the resultant cation (a position ion)Variation along a period. Moving from left to right in a period, the ionization enthalpy increases with atomic number.Variation within a group. The ionization enthalpies keep on decreasing regularly as we move down a group from one element to the other.