a) Calculate the pressure exerted by 5 kg of Carbon dioxide gas placed in a 2000-liter vessel at a temperature of 47 oC using van der Waals' equation. (Note: Thermodynamic property table is provided) b) Also, determine the pressure of the gas if it behaves ideally in nature. c) If volume occupied by CO2 was reduced by 500L, then calculate the new pressure exerted by 1kg of CO2 if the temperature of the gas changed to 273 o K, assuming that CO2 behaves ideally in nature.

a) Calculate the pressure exerted by 5 kg of Carbon dioxide gas placed in a 2000-liter vessel at a temperature of 47 oC using van der Waals' equation. (Note: Thermodynamic property table is provided) b) Also, determine the pressure of the gas if it behaves ideally in nature. c) If volume occupied by CO2 was reduced by 500L, then calculate the new pressure exerted by 1kg of CO2 if the temperature of the gas changed to 273 o K, assuming that CO2 behaves ideally in nature.

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Question

a) Calculate the pressure exerted by 5 kg of Carbon dioxide gas placed in a 2000-liter
vessel at a temperature of 47
oC using van der Waals' equation.
(Note: Thermodynamic property table is provided)
b) Also, determine the pressure of the gas if it behaves ideally in nature.
c) If volume occupied by CO2 was reduced by 500L, then calculate the new
pressure exerted by 1kg of CO2 if the temperature of the gas changed to 273
o K,
assuming that CO2 behaves ideally in nature.

Science that deals with the amount of energy transferred from one equilibrium state to another equilibrium state.

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