C (Ib/gal) - 5.8. A mixing process may be described as follows: A stream with solute concentration Ci (pounds/volume) is fed to a perfectly stirred tank at a constant flow rate of q (volume/time). The perfectly mixed product is withdrawn from the tank, also at the flow rate q at the same concentration as the material in the tank Co. The total volume of solution in the tank is constant at V. Density may be considered to be inde- 2.1 2.0 1.9 1.8 1.7 W FIGURE P5-8 10 6:30 A.M. Time 6:52 A.M. pendent of concentration. A trace of the tank concentration versus time appears as shown in Fig. P5-8. (a) Plot on this same figure your best guess of the quantitative behavior of the inlet concentration versus time. Be sure to label the graph with quantitative infor- mation regarding times and magnitudes and any other data that will demonstrate your understanding of the situation. (b) Write an equation for C; as a function of time. Data: tank dimensions: 8 ft high by 5-ft diameter Tank volume V: 700 gal Flow rate q: 100 gal/min Average density: 70 lb/ft³
C (Ib/gal) - 5.8. A mixing process may be described as follows: A stream with solute concentration Ci (pounds/volume) is fed to a perfectly stirred tank at a constant flow rate of q (volume/time). The perfectly mixed product is withdrawn from the tank, also at the flow rate q at the same concentration as the material in the tank Co. The total volume of solution in the tank is constant at V. Density may be considered to be inde- 2.1 2.0 1.9 1.8 1.7 W FIGURE P5-8 10 6:30 A.M. Time 6:52 A.M. pendent of concentration. A trace of the tank concentration versus time appears as shown in Fig. P5-8. (a) Plot on this same figure your best guess of the quantitative behavior of the inlet concentration versus time. Be sure to label the graph with quantitative infor- mation regarding times and magnitudes and any other data that will demonstrate your understanding of the situation. (b) Write an equation for C; as a function of time. Data: tank dimensions: 8 ft high by 5-ft diameter Tank volume V: 700 gal Flow rate q: 100 gal/min Average density: 70 lb/ft³
Essentials Of Investments
11th Edition
ISBN:9781260013924
Author:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Publisher:Bodie, Zvi, Kane, Alex, MARCUS, Alan J.
Chapter1: Investments: Background And Issues
Section: Chapter Questions
Problem 1PS
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Transcribed Image Text:C (Ib/gal) -
5.8. A mixing process may be described as follows: A stream with solute concentration Ci
(pounds/volume) is fed to a perfectly stirred tank at a constant flow rate of q (volume/time).
The perfectly mixed product is withdrawn from the tank, also at the flow rate q at the same
concentration as the material in the tank Co. The total volume of solution in the tank is
constant at V. Density may be considered to be inde-
2.1
2.0
1.9
1.8
1.7
W
FIGURE P5-8
10
6:30
A.M.
Time
6:52
A.M.
pendent of concentration.
A trace of the tank concentration versus
time appears as shown in Fig. P5-8.
(a) Plot on this same figure your best guess
of the quantitative behavior of the inlet
concentration versus time. Be sure to
label the graph with quantitative infor-
mation regarding times and magnitudes
and any other data that will demonstrate
your understanding of the situation.
(b) Write an equation for C; as a function of
time.
Data: tank dimensions: 8 ft high by 5-ft diameter
Tank volume V: 700 gal
Flow rate q: 100 gal/min
Average density: 70 lb/ft³
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