Why does fluorine give only one oxide but chlorine gives a series of oxidea?
Answers
Answered by
4
Fluorine is the member of halogen family. It is placed in 17th group of the periodic table .
It contains seven electrons in the valence shell,hence it requires one electron to complete it’s otet.Thus by gaining one electron it shows -1 oxidation state.
Valence shell is second shell in case of fluorine,which do not have vaccant d-orbital. So it can not show variable valency.
Due to exceptionally smaller atomic size and presence of seven electrons in valence shell,it has high electronegativity values.
It contains seven electrons in the valence shell,hence it requires one electron to complete it’s otet.Thus by gaining one electron it shows -1 oxidation state.
Valence shell is second shell in case of fluorine,which do not have vaccant d-orbital. So it can not show variable valency.
Due to exceptionally smaller atomic size and presence of seven electrons in valence shell,it has high electronegativity values.
Answered by
4
Answer:
Fluorine due to high electronegativity , shoes only one oxidation state equal to -1 so it forms only one oxide namely F2O. On the other hand, chlorine shows many oxidation states like +1,+4,+6,+7 so it forms series of oxides
Similar questions