SPA100Y1 Lecture Notes - Lecture 7: Mase
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Three moles of a gas (closed system) that obeys the equation of state P = (nRT/V) â (n2a/V2) undergo a reversible, isothermal expansion from an initial volume of V1 to a final volume of 15 V1 and thereby do â20,500 J of work. The temperature is 310 K and a = 3.87 L2 bar mol-2 for this gas. Calculate the initial volume V1 and the final pressure P2 for this change of state.
a. | 8.48 L, 40.6 bar | |
b. | 0.0784 L, 40.6 bar | |
c. | 0.821 L, 6.05 bar | |
d. | 0.821 L, 0.695 bar | |
e. | 0.0784 L, 6.05 bar | |
f. | 7.39 L, 0.403 bar | |
g. | 12.7 L, 0.403 bar | |
h. | 12.7 L, 0.606 bar | |
i. | 8.48 L, 0.606 bar | |
j. | 7.39 L, 0.695 bar |