Chemistry, asked by visahate, 6 hours ago

Increasing order of bond energy of different isotopes of hydrogen is ​

Answers

Answered by bibigolabun
1

Answer :

The increasing order of Bond length is Ethyne < Ethene < Ethane. Bond length is inversely proportional to the bond dissociation energy. This means that more will be the bond length less will be the bond dissociation energy.

Hope this answer will help you!

Answered by rahul123437
0

Bond energy is the strength of chemical bond

Explanation:

  • Bond energy is also known as bond enthalpy.
  • It is the entity which define the strength of chemical bond.
  • Bond energy is directly proportional to the stability of the bond.
  • Greater the bond energy greater will be the stability of chemical bond.
  • Hydrogen has three isotopes they are Protium ¹H₁.

Deuterium ²H₁ or D

Tritium ³H₁ or T

The mass ratio of Protium,Deuterium andTritium is 1:2:3

Increasing order of bond energy of different isotopes of hydrogen is ​Protium > Deuterium >Tritium

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