The `ICl` molecule is

The molecular size of Icl and Br_(2) is approximately same, but b.p. of Icl is about 40^(@)C higher than that of Br_(2) . It is because :

Draw the structure of the following molecules/ions [ICl_(4)]^(-)

How do you predict the shapes of the following molecules making use of VSEPR theory ? ICl_(4)^(-)

Which of these molecules have non-bonding electron pairs on the central atom? I. SF_(4)" "II. ICl_(3)" " III. SO_(2) The correct option is :

Which of these molecules have non-bonding electron pairs on the central atom? I. SF_(4)" "II. ICl_(3)" " III. SO_(2) The correct option is :

How many of these molecules get dimerise by 3c - 4e bonds BeCl_(2), AlCl_(3), BH_(3), BeH_(2), Icl_(3), CH_(3)COOH

How many of these molecules get dimerise by 3c - 4e bonds BeCl_(2), AlCl_(3) , BH_(3), BeH_(2), Icl_(3), CH_(3)COOH

Among the triatomic molecules/ions, XeF_(5)^(-), N_(3)^(-), I_(3), NO_(2)^(+), O_(3), SCl_(2), Icl_(4), I_(3) and XeF_(2) the total number of planar molecules (s)/ ion (s) where the hybridization of the centre atom does not have contribution form the d-orbital (s) is :