Consider the two tanks as shown in (Figure 11-2), which are connected in series. The first tank has a volume of salt water Vo with a concentration of Co . The second tank whose volume is Vo . It was...




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Consider the two tanks as shown in (Figure 11-2), which are connected in series.<br>The first tank has a volume of salt water Vo with a concentration of Co . The<br>second tank whose volume is Vo . It was empty at first. At moment t = 0, pure<br>water enters the first tank with a volumetric flow rate of v and at the same time,<br>it is pumped from the first tank to the second tank with an intensity v. At this<br>time, no fluid leaves the second tank.<br>C, v<br>o Vo<br>b Vo<br>Figure 11-2<br>A) Prove that the changes in salt concentration in the first tank are obtained<br>from the following equation.<br>vt<br>= exp<br>C2<br>Vo<br>

Extracted text: Consider the two tanks as shown in (Figure 11-2), which are connected in series. The first tank has a volume of salt water Vo with a concentration of Co . The second tank whose volume is Vo . It was empty at first. At moment t = 0, pure water enters the first tank with a volumetric flow rate of v and at the same time, it is pumped from the first tank to the second tank with an intensity v. At this time, no fluid leaves the second tank. C, v o Vo b Vo Figure 11-2 A) Prove that the changes in salt concentration in the first tank are obtained from the following equation. vt = exp C2 Vo

Jun 10, 2022
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