Elementary Principles 49 - 4.15 a. 100 kg / s 0.600 kg E /...

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4- 8 4.15 a. 100 0600 0050 0350 kg / s kgE / kg kgS / kg kgH O / kg 2 . . . ± . . m kg / s 2 bg 0900 0100 ± m x x xx E S ES kg / s kg H O / kg 2 1 −− 3 unknowns ( ± ,, mx x ) – 3 balances 0 DF b. Overall balance : 100 2 50 0 =⇒ = ±± . mm kg / s b g S balance : 0050 100 50 .. b g b g = SS kgS / kg E balance : 0600 100 0900 50 50 0300 . b g =+ = EE kgE / kg kgEin bottomstream kgEinfeed kgEin bottomstream == 0300 50 0600100 025 . . . c. xa R x a b R b RR ax b R a xR R x a b b = + = =− = = = × = F H G I K J = × F H G I K J = ln ln ln ln / ln / ln . / . ln / . ln ln ln ln . . ln . . . . . . . . b g b g b g b g b g 21 11 3 3 1 491 1 3 1 1 491 0400 0100 38 15 1491 0100 1491 15 6340 1764 10 1764 10 1764 10 655 d. Device not calibrated – recalibrate. Calibration curve deviates from linearity at high mass
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This note was uploaded on 02/27/2012 for the course CHEMICAL E 312 taught by Professor Cheung during the Fall '11 term at The University of Akron.

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