Give the shapes of `CIF_3`, `BrF_5` and `IF_7` using VSEPR theory.

Deduce the molecular shape of BrF_(3) on the basis VSEPR theory.

Draw the shape of XeF_(4) and OSF_(4) according to VSEPR theory Show the lone pair of electrons on the central atom .

The shape of ClO_(3)^(-) ion according to VSEPR theory is:

(a) Write the balanced chemical equation for the reaction of Cl_(2) with hot and concentrated NaOH . Is this reaction a disproportion reaction? (b) when HCl reacts with finely powdered iron, it forms ferrous chloride and not ferric chloride. why? Deduce the molecular shape of BrF_(3) on the basis of VSEPR theory.

(a) Write the balanced chemical equation for the reaction of Cl_(2) with hot and concentrated NaOH . Is this reaction a disproportion reaction? (b) when HCl reacts with finely powdered iron, it forms ferrous chloride and not ferric chloride. why? Deduce the molecular shape of BrF_(3) on the basis of VSEPR theory.

(a) Write the balanced chemical equation for the reaction of Cl_(2) with hot and concentrated NaOH . Is this reaction a disproportion reaction? (b) when HCl reacts with finely powdered iron, it forms ferrous chloride and not ferric chloride. why? Deduce the molecular shape of BrF_(3) on the basis of VSEPR theory.

Explain the shape of BrF_(5^.)

Predict the shapes of the following molecules using VSEPR theory (i) BeCl_(2) (ii) SnCl_(4) (iii) AsF_(5) (iv) H_(2)S (v) HgBr_(2) (vi) PH_(3) (vii) GeF_(2)

Discuss the shape of the BeF_(2) molecules using VSEPR model

The shape of "XeOF"_(2) on the basis of VSEPR theory is