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A three component mixture is to be separated in a distillation column. The mixture is made-up of 108 kmol of 'A' , 42.6 kmol of 'B' and 5.4 kmol of 'C'. Component 'A' is the most volatile and component 'C' the least volatile. The top product will have 95 mol % 'A' and the bottom product 85 mol % 'B' (assume there is no 'C' in the top product).Determine the top and bottom flows from the column and the mol % 'A' in the bottom product.
Write down the differential equation the solution of which is close to the number of occurrences in the reversible Lotka-Volterra reaction.
Effect of hydrogen bonding on physical and chemical properties of those molecules - how the property of molecules change if Hydrogen bond is not present in the molecule.
What is the rate of free convection heat transfer per unit surface area between the two plates if they are inclined at an angle of 60° from the horizontal?
It is common that people are exposed to more than one hazardous substance at a time. The different substances may interact such that one substance may alter the toxicity of one or more of the chemicals present. Discuss the possible interactions th..
Side reactions are suppressed by the introduction of steam. If equilibrium is attained at 925 K and 1 bar and if the reactor product contains 12-mol-% 1,3-butadiene
Let C be a linear code of length 11 and dimension 6. Suppose that two errors have occurred .How many swaps are expected to get 6 error-free coordinates if one follows Algorithm 11.2?
What are the zeros of G(s)? Where arc they located? Under what condition(s) will one or more of the zeros be located in the right-half s-plane?
Obtain the Thévenin and Norton equivalent circuits for the portion of the circuit to the left of terminals a-b in Figure P2.1.4, and find the current in the 200-Ω resistance.
__________ is the response curve for a step input signal from a reactor. 1. S-curve 2. C-curve
The reflux is saturated liquid with L/D = 3. Feed is on the optimal stage. Vapor-liquid equilibrium data are given in Exercise 7.29.
Determine the mean and variance of the quantization noise
Let C be a linear code of length n = 23 and dimension k = 12 Assume that at most three errors have occurred. What is the complexity of the various attacks described in Subsection 11.2.3.
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