a feed containing equimolar amounts of methanol and water is mixed with 10 moles of a 40% mol aqueous methanol stream. the mixture enters a first separation unit that creates two streams. a top stream exits the separation unit that contains 70% mol methanol and rest water. the bottom stream, which is 70 moles enters a second separation unit. A top stream exists the second separation unit as a 50% methanol & 50% water mixture. the other stream is unknown. if the fresh feed to the system is 100 moles (equimolar mixture) and the two top streams exiting the separation units have the same flow, draw the flow sheet and find the molar flow and the composition of the bottom streams existing the second separation unit?

Mail- Thomps 3 3 https://app.101edu.co 80 P Parchment Reg F3 $ 4 Write the balanced NET ionic equation for the reaction when AlCl3 and NaOH are mixed in aqueous solution. If no reaction occurs, simply write only NR. Be sure to include the proper phases for all species within the reaction. 1 2 + 04- F4 Na set TW6D2PHI.pdf 2 % ( ) 5 3 4 03 □ F5 Unofficial Transcri 4 Question 15 of 40 ↑ NR O 6 5 05 0+ F6 6 UAFS Registra Graduation Applica MacBook Air & 7 2 2+ (s) (1) CI Al 7 8 9 0 09 口。 3+ 7 04+ F7 8 (g) (aq) • x H₂O 8 DII F8 H My UAFS-St Delete DD F9 M 0

Stoichiometry is a significant part of chemical engineering. In industrial practice, stoichiometry followed by material and energy balances (MEB) is particularly important for each unit process/operation. This task focuses on the understanding of a chemical operation and its input-output stream characteristics involving MEB adapted in the entire process. select any sub process from a major unit and complete the following tasks                                                                                                                              Process Flow Diagram and stoichiometry Provide the complete Process Flow Diagram (PFD) and explain the concept of stoichiometry including the calculations involved in the process

A pipet is used to transfer 5.00 mL of a 1.25 M stock solution in flask “S” to a 25.00-mL volumetric flask “B,” which is then diluted with DI H2O to the calibration mark. The solution is thoroughly mixed. Next, 3.00 mL of the solution in volumetric flask “A” is transferred by pipet to a 50.00-mL volumetric flask “B” and then diluted with DI H2O to the calibration mark. Calculate the molarity of the solution in volumetric flask “B.”