Use the data given below to calculate the bond energies (Do) (in eV) of 'H3³CI and 'H8lBr molecules. Which bond is stronger? Molecule ve (cm¯1) De ((cm¯1) HCI 2991 53194 HBr 2649 34570

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•c- 2,338.10 m.s?
-34
h - ** j.s
6,626. 10
•AeV= 1,6022- 10J
4/2
3,109.4034 Lg -k- 1.3807. 1023 j/K
•k=1.3807.1o
%3D
-me =
2.
-4
1 A
- 10
= 10
S sins o de = 16
%3D
15
Transcribed Image Text:•c- 2,338.10 m.s? -34 h - ** j.s 6,626. 10 •AeV= 1,6022- 10J 4/2 3,109.4034 Lg -k- 1.3807. 1023 j/K •k=1.3807.1o %3D -me = 2. -4 1 A - 10 = 10 S sins o de = 16 %3D 15
Use the data given below to calculate the bond energies (Do) (in eV) of
'H³°CI and 'H®l Br molecules. Which bond is stronger?
Molecule ve (cm=1) De((cm¯1)
HCI
2991
53194
HBr
2649
34570
Transcribed Image Text:Use the data given below to calculate the bond energies (Do) (in eV) of 'H³°CI and 'H®l Br molecules. Which bond is stronger? Molecule ve (cm=1) De((cm¯1) HCI 2991 53194 HBr 2649 34570
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