Question

if bond length of F2 is 1.44 Armstrong and bond length of H2 is 0.74 Armstrong then find out the bond length of H-F

Answer 1

Answer:

this is your answer

thank you

Answer 2

Answer :

Bond length of H-F is 1.09 Armstrong .

Explanation:

Definition of Bond Length:

• The average distance between the nuclei of two bound atoms in a molecule is known as bond length or bond distance in molecular geometry.
• It's a feature of a bond between fixed-type atoms that can be transferred, despite the remainder of the molecule being relatively unaffected.

Given :

rF2 = 1.44 Armstrong

rH2 = 0.74 Armstrong

To find :

rH-F = ?

Solution :

rF2 = 1.44 Armstrong

rF = 1.44/ 2

= 0.72 Armstrong

rH2 = 0.74 Armstrong

rH = 0.74/2

=0.37 Armstrong

Therefore, bong length of H-F is as follows :

Therefore, bong length of H-F is as follows :rH-F = 0.72 + 0.37

Therefore, bong length of H-F is as follows :rH-F = 0.72 + 0.37 = 1.09 Armstrong

Hence, according to the above calculations, bond lenght of H-F is 1.09 Armstrong.

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