3.1 A pipe with 200mm inner diameter should have a through flow of 10500 standard cubic...

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3.1 A pipe with 200mm inner diameter should have a through flow of 10500 standard cubic meters per hour of CO2. ("standard-" or "norm-conditions" are 1.013 bar; 0°C). How large are the a) mass flow b) specific gas constant c) flow rate of the CO2 if its temperature is 27°C and the pressure level in the pipe is 4.9 bar. Molcular weight of CO2 is 44 g/mole and CO2 can be assumed as ideal gas. 3.1 A pipe with 200mm inner diameter should have a through flow of 10500 standard cubic meters per hour of CO2. ("standard-" or "norm-conditions" are 1.013 bar; 0°C). How large are the a) mass flow b) specific gas constant c) flow rate of the CO2 if its temperature is 27°C and the pressure level in the pipe is 4.9 bar. Molcular weight of CO2 is 44 g/mole and CO2 can be assumed as ideal gas.

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To solve this problem we can use the ideal gas law and the relationship between ... View the full answer