In a specialty gas manufacturing process, custom mixtures of nitrogen and oxygen are produced by mixing stock gases. We are trying to produce 50.0 kg of 65.0 mass % nitrogen gas, which will be stored in Tank 3. TankI and Tank 2 are mixed together to get 1Tank 3. Tank l contains 90.0 mass % nitrogen. Tank 2 contains 30.0 mass % nitrogen. Determine the amount of gas from tank 1, m1 in kg, and the amount of gas from tank 2, m2 in kg, that must be blended into tank 3 to get the desired mixture. a.) Do you need to choose a basis to solve this problem? Briefly and concisely, explain. b.) Draw a flowchart for this process. c.) Carry out a Degrees of Freedom analysis based on your flowchartfrom part 2. Do you have enough information to solve? d.)Solve for the unknows m1 in kg and m2 in kg
In a specialty gas manufacturing process, custom mixtures of nitrogen and oxygen are produced by mixing stock gases. We are trying to produce 50.0 kg of 65.0 mass % nitrogen gas, which will be stored in Tank 3. TankI and Tank 2 are mixed together to get 1Tank 3. Tank l contains 90.0 mass % nitrogen. Tank 2 contains 30.0 mass % nitrogen. Determine the amount of gas from tank 1, m1 in kg, and the amount of gas from tank 2, m2 in kg, that must be blended into tank 3 to get the desired mixture.
a.) Do you need to choose a basis to solve this problem? Briefly and concisely, explain.
b.) Draw a flowchart for this process.
c.) Carry out a Degrees of Freedom analysis based on your flowchartfrom part 2. Do you have enough information to solve?
d.)Solve for the unknows m1 in kg and m2 in kg.
Given data:
Composition of nitrogen in tank 1 = 90% by mass.
Composition of nitrogen in tank 2 = 30 % by mass
Desired composition of nitrogen = 65 % by mass
Amount of nitrogen = 50 kg
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