What are the values of umass, umol, NA-mol, NB-mol, Nmob, N₁-NB-mass, and Nmass in the binary system consisting of O₂ (A) and CO₂ (B) with given concentrations and velocities?
The values in the given binary system consisting of O₂ (A) and CO₂ (B) with the following data:c = 0.0207 kmol/m³, CB = 0.0622 kmol/m³, u = 0.0017 m/s, UB = 0.0003 m/s are as follows:
- umass = 0.0017 m/s
- umol = 0.0017 m/s
- NA-mol = 0.0207 kmol/m³
- NB-mol = 0.0622 kmol/m³
- Nmob = 0.0622 kmol/m³
- N₁-NB-mass = -0.0415 kmol/m³
- Nmass = -0.0415 kmol/m³
Explanation:
umass: Refers to the velocity of mass, which is given as 0.0017 m/s in the provided data.
umol: Represents the velocity of molar flow rate, which is also 0.0017 m/s based on the data.
NA-mol: Denotes the molar flow rate of component A (O₂) and is equal to the concentration of component A, which is 0.0207 kmol/m³.
NB-mol: Indicates the molar flow rate of component B (CO₂) and equals the concentration of component B, amounting to 0.0622 kmol/m³.
Nmob: Represents the molar flow rate of both components, which is the same as the molar flow rate of component B, totaling 0.0622 kmol/m³.
N₁-NB-mass: Calculated as the molar flow rate difference of component A (O₂) minus component B (CO₂) in terms of mass, resulting in -0.0415 kmol/m³.
Nmass: Refers to the molar flow rate difference of component A and component B in terms of mass, equating to -0.0415 kmol/m³.