The spacing between vibrational energy levels in CO molecule is found tobe 8.44 x10 eV. Given that the reduced mass of CO is 1.14×10 º kg, Planck's constant–26-34-19is 6.626x104 Js and leV =1.6×10 J. The force constant of the bond in CO%3Dmolecule is

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The spacing between vibrational energy levels in CÓ molecule is found to -26 be 8.44 x10 eV. Given that the reduced mass of CO is 1.14×10 “ kg, Planck's constant -34 -19 is 6.626x10 Js and leV =1.6×10¬ J. The force constant of the bond in CO molecule is

The spacing between vibrational energy levels in CÓ molecule is found to -26 be 8.44 x10 eV. Given that the reduced mass of CO is 1.14×10 “ kg, Planck's constant -34 -19 is 6.626x10 Js and leV =1.6×10¬ J. The force constant of the bond in CO molecule is

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Question

The spacing between vibrational energy levels in CO molecule is found to
be 8.44 x10 eV. Given that the reduced mass of CO is 1.14×10 º kg, Planck's constant
–26
-34
-19
is 6.626x104 Js and leV =1.6×10 J. The force constant of the bond in CO
%3D
molecule is

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