Question

This piece of information is calculated from Kirkbride’s correlation after applying the FUG (“F-U-G”) method. For 10 points each:
[10h] Name this design criterion. A graphical method calculates this information by determining where the q line intersects the rectifying and stripping operating lines.
ANSWER: optimal location of the feed to a distillation column [or feed stage; or height of the feed; accept descriptions of the location or height of the feed or input or entry stream to a distillation column; prompt on number of stages in the stripping section; prompt on number of stages in the rectifying section; reject “stages” or “number of stages”]
[10e] The [emphasize] total number of required stages is computed in the first step of the FUG method using the ratio in this property between the light and heavy keys. Vapor pressure quantifies this readiness of a liquid to vaporize.
ANSWER: volatility [or volatile; accept relative volatility]
[10m] The FUG and McCabe–Thiele (“thee-lee”) methods are derived by assuming that every component in the distillation obeys vapor–liquid equilibrium and this principle at every stage. The lever rule is derived from this fundamental principle of chemical engineering.
ANSWER: law of conservation of mass [or mass balance or mass conservation; or descriptions of mass being conserved; or conservation of moles or mole conservation; or material balance equation]

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Data

TeamOpponentPart 1Part 2Part 3Total
Brown ACornell B010010
Chicago BNorth Carolina A0000
Claremont AGeorgia Tech B001010
Columbia AOhio State A010010
Florida BDuke A0101020
Georgia Tech APenn State A010010
Harvard AMinnesota A010010
Illinois AChicago C010010
Imperial AVirginia A0101020
MIT AMichigan A010010
Maryland ARutgers A0000
McGill AYale A010010
NYU AMinnesota B0101020
Penn AHouston A010010
Purdue ASouth Carolina A0101020
Stanford ANorthwestern A10101030
Texas ARutgers B010010
UC Berkeley AJohns Hopkins A0000
UC Berkeley BWUSTL B010010
WUSTL AColumbia B010010
Yale BFlorida A010010