What are the ideal flow-pattern models?

Q: Derive the Kremser equation for a stripper with three equilibrium stages

A: Kremser equation for stripping section is to be derived.

Q: What is the difference between truncation error and stability?

A: To understand the answer to this problem knowledge of Process control systems is required. The given…

Q: What is meant by variable underflow and what causes it?

A: The definition of the variable underflow is to be defined along with the cause of it.

Q: B/ Define the Schmidt number, Prandtl number and Reynolds number and clear up the relation for each…

A: The Schmidt number (Sc), Prandtl number (Pr), and Reynolds number (Re) are dimensionless variables…

Q: In what situations is it more appropriate to use  J-factor chiltern &  colburn analogy than to use…

A: Film theory and Colburn's j -factor analogy is used in flow systems to describe mass transfer.…

Q: Describe the process by which polyethylene molecules resist elongation when an external load is…

A: Polymer, this word itself can define what is polymer. 'Poly' means many and 'mer' means parts. When…

Q: What are the four idealized flow patterns in membrane modules? Which is the most effective? Which is…

A: The different idealized patterns of flow in membrane modules are to be mentioned. The one out of…

Q: Give an example of a hybrid system that involves recycle.

A: An example of a hybrid system that involves recycle is to be mentioned.

Q: What if you were asked to design a tubular vessel that would minimize dispersion? What would be your…

A: The correlations between Re and Da can be used to determine Da which in-turn will give the…

Steady State Model

The steady-state model typically states that the entire universe is always enlarging, although it balances a fixed average density and matter that is being constantly generated to make new galaxies, star forms at a similar rate that the previous ones get indistinguishable due to the growing range and velocity of recession.