Derive equation (5-5). Start with the definition of (mathbf{E}_{M G E}) and locate the pseudoequilibrium line which

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Derive equation (5-5). Start with the definition of \(\mathbf{E}_{M G E}\) and locate the pseudoequilibrium line which could be used together with the operating line for graphically constructing steps representing real trays. Then use the Kremser equation (5-3) with the pseudoequilibrium line by moving the origin of the \(x y\) diagram to the intercept of the pseudoequilibrium line with the \(x\) axis.

Data From Equation 5-5 and 5-3:-

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