Question

You compress a gas in an insulated cylinder - no heat flows into or out of the gas. The gas pressure is fairly low, so treating the gas as ideal is a good approximation. When you measure the pressure as a function of the volume of the gas, you obtain the results in (Figure 1). When p = 0.101 atm and V = 2.50 L, the temperature is 62.0 °C. V(L) 2.5 2.02 1.48 1.01 0.5 p(atm) 0.101 0.139 0.202 0.361 0.952 A) Apply the ideal-gas equation and calculate the temperature for p = 0.202 atm and V = 1.48 L values. (TEMP=?) B) Apply the ideal-gas equation and calculate the temperature for p = 0.361 atm and V = 1.01 L values. (TEMP=?) C) Apply the ideal-gas equation and calculate the temperature for p = 0.952 atm and V = 0.50 L values. (TEMP=?)

          You compress a gas in an insulated cylinder - no heat flows into or out of the gas. The gas pressure is fairly low, so treating the gas as ideal is a good approximation. When you measure the pressure as a function of the volume of the gas, you obtain the results in (Figure 1). When p = 0.101 atm and V = 2.50 L, the temperature is 62.0 °C.
V(L) 2.5 2.02 1.48 1.01 0.5
p(atm) 0.101 0.139 0.202 0.361 0.952

A) Apply the ideal-gas equation and calculate the temperature for p = 0.202 atm and V = 1.48 L values. (TEMP=?)
B) Apply the ideal-gas equation and calculate the temperature for p = 0.361 atm and V = 1.01 L values. (TEMP=?)
C) Apply the ideal-gas equation and calculate the temperature for p = 0.952 atm and V = 0.50 L values. (TEMP=?)

Added by Eduardo T.

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