The reaction below is used to produce methanol:
CO (g)+ 2H₂ (g)→ CH₃OH (l)ΔH_rxn = -128 kJ
(a)Calculate the C-H bond energy given the following data: (b)The tabulated value of the (C-H)bond energy is 413 kJ/mol. Explain why there is a difference between the number you have calculated in (a)and the tabulated value.

Question

The reaction below is used to produce methanol:
CO (g)+ 2H₂ (g)→ CH₃OH (l)ΔH_rxn = -128 kJ
(a)Calculate the C-H bond energy given the following data:

The reaction below is used to produce methanol: CO (g)+ 2H<sub>2</sub> (g)→ CH<sub>3</sub>OH (l)ΔH<sub>rxn</sub> = -128 kJ (a)Calculate the C-H bond energy given the following data: (b)The tabulated value of the (C-H)bond energy is 413 kJ/mol. Explain why there is a difference between the number you have calculated in (a)and the tabulated value.

(b)The tabulated value of the (C-H)bond energy is 413 kJ/mol. Explain why there is a difference between the number you have calculated in (a)and the tabulated value.

Quizplus · Accepted Answer

The Answer of The reaction below is used to produce methanol: CO (g)+ 2H₂ (g)→ CH₃OH (l)ΔH_rxn = -128 kJ (a)Calculate the C-H bond energy given the following data: (b)The tabulated value of the (C-H)bond energy is 413 kJ/mol. Explain why there is a difference between the number you have calculated in (a)and the tabulated value.

The Reaction Below Is Used to Produce Methanol