lospa Q.2 voor You have 100 liters of Oxygen at a temperature of 20°C and a pressure of 10' Pa. Treat Oxygen as an ideal

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lospa Q.2 voor You have 100 liters of Oxygen at a temperature of 20°C and a pressure of 10' Pa. Treat Oxygen as an ideal

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Lospa Q 2 Voor You Have 100 Liters Of Oxygen At A Temperature Of 20 C And A Pressure Of 10 Pa Treat Oxygen As An Ideal 1
Lospa Q 2 Voor You Have 100 Liters Of Oxygen At A Temperature Of 20 C And A Pressure Of 10 Pa Treat Oxygen As An Ideal 1 (280.65 KiB) Viewed 32 times
lospa Q.2 voor You have 100 liters of Oxygen at a temperature of 20°C and a pressure of 10' Pa. Treat Oxygen as an ideal gas with f = 5 degrees of freedom. Calculate how many moles of Oxygen you have. Q-0 201 The gas is compressed quickly adiabatically with Q = 0 to a volume of 20 liters. Calculate the pressure and temperature at the end of the compression step. Robben The gas is expanded slowly with no temperature change back to the original volume 100 liters. Calculate the pressure at the end of the expansion step. Calculate the change in internal energy AU and the compression work W in the adiabatic step.
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