Above is a graph of the pressure as a function of the volume that the gas occupies. How does the data appear to be related?
 
 

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In a real gas, the molecules take up finite space and can interact with each other. How would you expect a real gas to behave differently than an ideal gas? A. In a real gas, the mass and volume can deviate from the ideal gas behavior but the pressure is unaffected. B. In a real gas, the pressure and mass can deviate from the ideal gas behavior but the volume is unaffected. C. In a real gas, the pressure and volume can deviate from the ideal gas behavior but the mass is unaffected. D. An ideal gas is identical to a real gas. In a real gas, the molecules take up finite space and can interact with each other. How would you expect a real gas to behave differently than an ideal gas? A. In a real gas, the mass and volume can deviate from the ideal gas behavior but the pressure is unaffected. B. In a real gas, the pressure and mass can deviate from the ideal gas behavior but the volume is unaffected. C. In a real gas, the pressure and volume can deviate from the ideal gas behavior but the mass is unaffected. D. An ideal gas is identical to a real gas.

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The answer to the first question is Option C in a real gas the pressure and volume ... View the full answer