Question

if bond length of Cl2 and H2 respectively 2.0 and 1.0 then calculate
ate bond length of HCl​

Answer 1

Answer:

The bond length of HCl is equal to 1.5 for given data.

Step by step explanation:

   Given that,

           Bond length of Cl₂ = 2.0

           Bond length of H₂ = 1.0

    Radius of H-atom and Cl-atom:

                       $r_{H}=\frac{1.0}{2}=0.5\\ \\ r_{Cl}=\frac{2.0}{2}=1.0$

       Bond length of HCl = $r_{H} +r_{Cl}$

       Bond length of HCl  $= 0.5 +1.0\\ \\ =1.5$

Answer 2

Answer:

The bond length of HCl​ is 1.5

Explanation:

As per the data given in the question,

We have,

Bond length of $Cl_{2}$ = 2.0

Bond length of $H_{2}$ = 1.0

So,

Radius of $Cl_{2}$ ($rCl_{2}$)= 1.0

Radius of $H_{2}$ ($rH_{2}$)= 0.5

Therfore, the bondlength of HCl will be = ($rCl_{2}$)+($rH_{2}$)

=1.0+0.5

=1.5

Hence, the bond length of HCl​ is 1.5

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