The electron affinity of bromine atom is equal to the ............... of bromide ion.

Question

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Answer 1

Electron affinity is nothing but adding of electron to an atom whereas IP is removal of electron. Hence, electron affinity of bromine is equal to the ionization potential of bromide ion.

Answer 2

Electron affinity is nothing but adding of electron to an atom whereas IP is removal of electron. Hence, electron affinity of bromine is equal to the ionization potential of bromide ion.

The electron affinity of bromine atom is equal to the ............... of bromide ion.

ionisation potential

electron affinity

effective nuclear charge

electro negative

Electron affinity is nothing but adding of electron to an atom whereas IP is removal of electron. Hence, electron affinity of bromine is equal to the ionization potential of bromide ion.

The ionisation potential of $X_{(g)}^{-}$ is numerically equal to :

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.

The electron affinity of $X$ is equal in magnitude with the ionisation potential of :

The electron affinity of an atom is numerically equal to the:

Electron affinity depend on?

Revise with Concepts

Trends in Atomic Radius and Ionic Radius

Trends in Ionisation Enthalpy

Trends in Electron Gain Enthalpy

Trends in Electronegativity

The electron affinity of bromine atom is equal to the ............... of bromide ion.

ionisation potential

electron affinity

effective nuclear charge

electro negative

Electron affinity is nothing but adding of electron to an atom whereas IP is removal of electron. Hence, electron affinity of bromine is equal to the ionization potential of bromide ion.

The ionisation potential of X(g)−​ is numerically equal to :

In the formation of a chloride ion, from an isolated gaseous chloride atom. 3.8 eV energy is released, which would be equal to__________.

The electron affinity of X is equal in magnitude with the ionisation potential of :

The electron affinity of an atom is numerically equal to the:

Electron affinity depend on?

Revise with Concepts

Trends in Atomic Radius and Ionic Radius

Trends in Ionisation Enthalpy

Trends in Electron Gain Enthalpy

Trends in Electronegativity

The ionisation potential of $X_{(g)}^{-}$ is numerically equal to :

The electron affinity of $X$ is equal in magnitude with the ionisation potential of :