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Bear in mind your future profession (Chemical Engineer), and reflect on how you can use primary sources then answer the following questions.
1. How can you apply content and context analysis of primary sources in the field of Chemical Engineering?
2. How important are primary sources in your field of Chemical Engineering?
3. What could be examples of primary sources in the field of Chemical Engineering and how important are these? Give at least two examples.
Two perfectly conducting cylinders are connected to the two ends for the purpose of connecting to the source. Calculate the total charge at the interface between each two materials (see arrows in Figure 7.45).
A billet of stainless steel, AISI 316, with a diameter of 150 mm and a length of 500 mm emerges from a heat treatment process at 200°C and is placed in an unstirred oil bath maintained at 20°C.
ChE 2011 Chemical Engineering Homework. An air stream contains 3 mol % water and flows into a column with calcium chloride pellets. Determine the flow rate
Considering the house, the surroundings, and the water tank to be heat reservoirs, what is the power that must be supplied to run the air conditioner per kW of heat pumped out of the house?
Piston arrangement: compressing air, A piston arrangement has been developed to compress air adiabatically from 360C
Assuming adiabatic mixing and negligible changes in potential and kinetic energies, what is the equilibrium condition after mixing and what is SG for each kg of discharge steam?
Minimize F in an SOP form, and obtain a possible realization.
Assuming that there are no other significant side reactions, calculate masses of alcohol and ether produced, per 1000 kg of allyl chloride fed to the reactor.
What is the magnitude of the signal, in volts, that you could expect from the microphone? Assume that we get a maximum signal when the flux varies from 0 to the value of Φ calculated in Part B. (Assume that sound has a frequency of order 500Hz.)Volta..
describe the principles of a vapour adsorption refrigeration system and compare this to a vapour recompression system.
If the slip-ring voltage is 400 V, when the rotor frequency is 120 Hz, at what speed must the rotor be driven in order to give 150 Hz at the slip-ring terminals? What will the slip ring voltage be in this case?
Do optimization for the following part of the plant: Distillation Column (usually with HYSYS) and Fermentation (usually with Simulink)
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