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18 Nov 2019
Help Attempting to derive the formula for ideal gas PVm = kT is a constant, Sam ( a dedicated and curious student in P-chem class, who somethimes struggles with the understanding of class material) combined the laws of Boyle and Gay-Lussac in the following 6 step derivation:
1) PVm = k1,
2) Vm/T = k2,
3) Vm = k1/P ,
4) Vm = k2T,
5) k1/P=k2T,
6) k1/k2=k=PT or PT=k
the conclusion in step (6) is obviously incorrect. what is the error? at which step(s) did the error(s) occur?
please rescue Sam by Showing the correct derivation.
Help Attempting to derive the formula for ideal gas PVm = kT is a constant, Sam ( a dedicated and curious student in P-chem class, who somethimes struggles with the understanding of class material) combined the laws of Boyle and Gay-Lussac in the following 6 step derivation:
1) PVm = k1,
2) Vm/T = k2,
3) Vm = k1/P ,
4) Vm = k2T,
5) k1/P=k2T,
6) k1/k2=k=PT or PT=k
the conclusion in step (6) is obviously incorrect. what is the error? at which step(s) did the error(s) occur?
please rescue Sam by Showing the correct derivation.
Nestor RutherfordLv2
22 Oct 2019