Asked by cheri
Consider the reaction
Ni(s) + 4CO(g) ! Ni(CO)4(g)
Assuming the gases are ideal, calculate the
work done on the system at a constant pres-
sure of 1 atm at 75C for the conversion of
1.00 mole of Ni to Ni(CO)4.
Ni(s) + 4CO(g) ! Ni(CO)4(g)
Assuming the gases are ideal, calculate the
work done on the system at a constant pres-
sure of 1 atm at 75C for the conversion of
1.00 mole of Ni to Ni(CO)4.
Answers
Answered by
DrBob222
I would convert 4 mols CO to volume using PV = nRT and the conditions listed.
After conversion, the volume is 1/4 that (because mols is 1/4 the original).
Work = p*delta V. P is 1 atm.
The unit is L*atm. That should be converted to J. Multiply by 101.325 to do that. You will need to add the correct sign also.
After conversion, the volume is 1/4 that (because mols is 1/4 the original).
Work = p*delta V. P is 1 atm.
The unit is L*atm. That should be converted to J. Multiply by 101.325 to do that. You will need to add the correct sign also.
Answered by
Anonymous
0.008759J
Answered by
Joshua Chang
is it too late to answer this?
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