Home
Class 12
CHEMISTRY
The As-CI bond distance in AsCI(3) is 2....

The As-CI bond distance in `AsCI_(3)` is `2.20 Å`. Estimate the SBCR (single bond covalent radius) of As. (Assume EN of both to be same and radius of `CI = 0.99 Å)`.

A

`0.24A^@`

B

`3.19A^@`

C

`1.21A^@`

D

`2.09A^@`

Text Solution

Verified by Experts

The correct Answer is:
C
Promotional Banner

Similar Questions

Explore conceptually related problems

Arrange C-C,C=C and C-=C in order of (i) Decreasing bond energey (ii) Decreasing bond lengths (b) The As-CI bond distance in As CI_(3) is 2.20 A Estimate the single- bond covalent radius of As .

if the radius of H is 0.53 Å then what will be the radius of ._(3)Li^(2+) ?

Covalent radius of Ci si 99 pm. Select best representation for CI_(2) molecule:

Calculate the percentage of covalent character of HX having bond length = 1.62 Å and observed dipole moment = 0.39 D.

The ionic radii of F^(-) and O^(2-) respectively are 1.33 Å and 1.4 Å, while the covalent radius of N is 0.74 Å. The correct statement for the ionic radius of N^(3-) from the following is :

For chlorine molecule, the CI-CI bond length is 198 pm. Find the convalent radius of chlorine? Strategy: Use Eq. to obtain directly the convalent radius of chlorine atom.

The covalent radius of hydrogen is 0.37A^(0) . The bond length in H_(2) molecule is