Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy. 

Increase of atomic size decreases electron affinity. 

Increase of nuclear charge increases electron affinity. 

Increase of electron density in valence shell increases electron affinity. 

Increase of suborbit increases ionisation energy.