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3. 1 kg of a gas at a temperature of 40° C and a pressure of 120 KPa occupies a volume of 0.25m³. If the Cy of the gas =743 J/Kg.K Find: a. The characteristic gas constant b. The modular mass and relative molecular mass c. The specific heat capacity at constant pressure d. The ratio of specific heats

3. 1 kg of a gas at a temperature of 40° C and a pressure of 120 KPa occupies a volume of 0.25m³. If the Cy of the gas =743 J/Kg.K Find: a. The characteristic gas constant b. The modular mass and relative molecular mass c. The specific heat capacity at constant pressure d. The ratio of specific heats

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The question about gas laws is attached. Kindly solve all the parts of the question showing the formulas used and any explanations or working needed to arrive at the solution. Thank you!

3. 1 kg of a gas at a temperature of 40° C and a pressure of 120 KPa occupies a volume of 0.25m³. If the Cy of the gas =743 J/Kg.K Find: a. The characteristic gas constant b. The modular mass and relative molecular mass c. The specific heat capacity at constant pressure d. The ratio of specific heats
Transcribed Image Text:3. 1 kg of a gas at a temperature of 40° C and a pressure of 120 KPa occupies a volume of 0.25m³. If the Cy of the gas =743 J/Kg.K Find: a. The characteristic gas constant b. The modular mass and relative molecular mass c. The specific heat capacity at constant pressure d. The ratio of specific heats
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