Question

The Covalent Radius of Hydrogen Is 0.37 Å . The Bond length In H2 Molecule is ? ​

Answer 1

Answer:

covalent radius=Bond length/2 then ,0.37=Bond length/2 , bond length=0.74A°

Answer 2

Answer:

The bond length in $H_{2}$ molecule measured is $0.74\AA$.

Explanation:

Data given,

The covalent radius of hydrogen = $0.37\AA$

The bond length in $H_{2}$ molecule =?

As we know,

• The covalent radius is half of the bond length.

Thus,

• The covalent radius = $\frac{Bond length}{2}$

Therefore,

• The bond length = $2 \times covalent$ $radius$
• The bond length = $(2\times 0.37)\AA$
• The bond length = $0.74\AA$

Hence, the bond length in $H_{2}$ molecule = $0.74\AA$.