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 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 .

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 .

Write the IUPAC names of the following compounds : (i) (CH_(3))_(2)C(C_(2)H_(5))_(2) (ii)

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)

Name the bonds in the given molecules i) CH_4 ii) C_2H_4 iii) C_2H_2

Calculate the bond order in (i) H_(2)^(+) (ii) H_(2)^(-) and H_(2)^(2-) have the same bond order?

The bond length in H2 molecule is 0.174 Å.

Explain the observations that the bond length in N^(+) is 0.02Å larger than in N_(2) while the bond length in NO^(+) is 0.09Å less than in NO.