Calculate the I-I distance in each of the isomeric compounds `C_(2)H_(2)I_(2)` as shown below
Give Bond length of `C -I implies 210` pm
Bond length of `C =C implies 133` pm


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Calculate the I-I distance in (Å) for given compound H_(2)C_(2) I_(2) if C-I bond length is 2.35Å. (sin60^(@)=0.866)

Calculate the I-I distance in (Å) for given compound H_(2)C_(2) I_(2) if C-I bond length is 2.35Å. (sin60^(@)=0.866)

C - H bond length is least in

Calculate the I-I distance in each of the three isomeric diiodobenzenes Assume that the ring is a regular hexagon and that each C-I bonds lies on a line through the centre of the hexagon . Given C -I bond length =210 pm The distance between two adjacent C-atom (i.e C-C) =140 pm .

Calculate the I-I distance in each of the three isomeric diiodobenzenes Assume that the ring is a regular hexagon and that each C-I bonds lies on a line through the centre of the hexagon . Given C -I bond length =210 pm The distance between two adjacent C-atom (i.e C-C) =140 pm .

The C-H bond length in benzene is

Calculate the double bond equivalent (DEB) of each of the given compounds: (i) C_(13)H_(9)BrS (ii) C_(12)H_(16)N_(2)O_(4)

The interatomic distance in H_(2) and CI_(2) molecules are 74 an d198 pm respectively. The bond length of HCI is

The interatomic distance in H_(2) and CI_(2) molecules are 74 an d198 pm respectively. The bond length of HCI is