- Two Moles Of An Ideal Gas Expand Isothermally And Reversibly From 100 To 250 L At 350 K 12pts A Calculate U S W 1 (13.1 KiB) Viewed 73 times
Two moles of an ideal gas expand isothermally and reversibly from 100 to 250 L at 350 K. (12pts) (a) Calculate U, S, w
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Two moles of an ideal gas expand isothermally and reversibly from 100 to 250 L at 350 K. (12pts) (a) Calculate U, S, w
Two moles of an ideal gas expand isothermally and reversiblyfrom 100 to 250 L at 350 K. (12pts) (a) Calculate U, S, w, and qfor this system, (b) calculate U, S, w per mole, and q per mole,(c) if the expansion is carried out irreversibly by allowing thegas to expand into the evacuated container, what are the values ofUm, Sm, w per mole and q per mole?
4. Two moles of an ideal gas expand isothermally and reversibly from 100 to 250 L at 350 K. (12pts) (a) Calculate AU, AS, w, and q for this system, (b) calculate AU, AS, w per mole, and q per mole, (c) if the expansion is carried out irreversibly by allowing the gas to expand into the evacuated container, what are the values of AUm, ASm, w per mole and q per mole?
4. Two moles of an ideal gas expand isothermally and reversibly from 100 to 250 L at 350 K. (12pts) (a) Calculate AU, AS, w, and q for this system, (b) calculate AU, AS, w per mole, and q per mole, (c) if the expansion is carried out irreversibly by allowing the gas to expand into the evacuated container, what are the values of AUm, ASm, w per mole and q per mole?