Example 2 An oxygen cylinder has a capacity of 300 L and contains 0, at 3.1 MPa and 18 °C. The value is open and some gas is used. If the pressure and temperature of the oxygen fall to 1.7 MPa and 15 °C respectively. Find the mass of oxygen used. If after the value is closed the oxygen remain in the cylinder is gradually attains its initial temperature 18 °C. Find the amount of heat transfer through the cylinder wall. Oxygen density at 0°C and 0.1013 MPa is 1.429 kg/ m³ y = 1.4 Mo2 = 32 kg / mol

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Example 2
An oxygen cylinder has a capacity of 300 L and contains 0, at 3.1
MPa and 18 °C. The value is open and some gas is used. If the
pressure and temperature of the oxygen fall to 1.7 MPa and 15
°C respectively. Find the mass of oxygen used. If after the value
is closed the oxygen remain in the cylinder is gradually attains its
initial temperature 18 °C. Find the amount of heat transfer
through the cylinder wall. Oxygen density at 0°C and 0.1013 MPa
is 1.429 kg/ m³ y = 1.4 Mo2 = 32 kg / mol
Transcribed Image Text:Example 2 An oxygen cylinder has a capacity of 300 L and contains 0, at 3.1 MPa and 18 °C. The value is open and some gas is used. If the pressure and temperature of the oxygen fall to 1.7 MPa and 15 °C respectively. Find the mass of oxygen used. If after the value is closed the oxygen remain in the cylinder is gradually attains its initial temperature 18 °C. Find the amount of heat transfer through the cylinder wall. Oxygen density at 0°C and 0.1013 MPa is 1.429 kg/ m³ y = 1.4 Mo2 = 32 kg / mol
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