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Question: Consider the process shown in Fig. This process is used to manufacture product E from the reaction of A and B. The output from the reactor is product E and some unreacted reactants, mainly A, which are referred to as liquid C. E
and C are separated, and liquid C is recycled back to tank T104 to be fed back to the reactor, as shown in the figure. The amount of B fed to the reactor depends on the amount of A and on the amount of C fed to the reactor. That is, there must be some B to react with the A, given by the ratio R, = B/A, fed, and some B to react with the C, given by the ratio R, = B/C, fed. You may assume that all the flowmeters provide a signal related to mass flow. Design a control scheme to control the total flow, T, in lb/min, into the reactor.
Which of the following equations represents the proper net ionic equation for the complete neutralization reaction between the strong base Ba(OH)2 (aq) and the strong acid HI (aq)
Draw the crystal-field energy level diagram for the 3d obitals and show the placement of d electrons assuming this is a weak-field complex ion.
You transfer a sample of a gas at 17*C from a volume of 5.67L and 1.10atm to a container at 37*C that has a pressure of 1.10atm. what is the new volume of the gas?
2H2O (l)>2H2 (g)+ O2. How many moles of H2O are required to form 1.6L of O2 at a temperature of 325K and a pressure of 0.990 atm
A solution is prepared by dissolving 80.0 g of glucose in 250.0 g of water. The percent by mass glucose of this solution is therefore
Question- What is the concentration of a solution (in M) of a sodium chloride solution (NaCl) prepared by dissolving 14.4 g of (NaCl) in enough water to produce 382 mL of solution
25.4 g of I2 and 14.2 g of Cl2 are made to react completely to yield a mixture of ICl and ICl3 . Calculate mole of ICl and ICl3 formed.
to prepare 5.0 l of a 3.50 m solution of potassium hydroxide koh how many grams of potassium hydroxide must be
Cs in the metal with a bcc structure is 272 pm, calculate the expected atomic radius of the Cs atom with a coordination number of 12.
You are investigating the metabolism of glutamic acid in E coli, which enters the TCA cycle as a-Ketoglutarate following an initial transamination reaction.
Four aldehydes and four hydrazines were used to explore hydrazone antibacterial activity in a combinatorial technique. How many reactions and antibiotic screenings would have been required to carry out this analysis in a non-combinatorial fashion?
If 105 mg of fluorine-18 is shipped at 8:00 a.m., how many milligrams of the radioisotope are still active if the sample arrives at the radiology laboratory at 1:30 p.m. ?
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