Q-2 A/ A 150 pounds of (NaCl) is dissolved in the solution in container A and 100 pounds of (NaCI) is dissolved in the solution in container B. The system is closed in that the well-stirred liquid is pumped only between the containers, as shown in Fig. (A)Calculate the number of pounds Of salt at time t in containers A and B. (B) what is the relation between the variables x1(t) and x2(t) that holds at time t. Explain why this relation makes intuitive sense. Use this relation to help find the amount of salt in tank B at t= 15 min. mixture 3 gal/min A B 100 gal 100 gal mixture 2 gal/min

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Q-2 AL A 150 pounds of (NaCl) is dissolved in the solution in container A
and 100 pounds of (NaCI) is dissolved in the solution in container B. The
system is closed in that the well-stirred liquid is pumped only between the
containers, as shown in Fig. (A)Calculate the
number of pounds
mixture
Of salt at time t in
3 gal/min
containers A and B. (B) what is the relation
between the variables x1(t) and x2(t) that holds
at time t. Explain why this relation makes
intuitive sense. Use this relation to help find
the amount of salt in tank B at t= 15 min.
100 gal
100 gal
mixture
2 gal/min
Transcribed Image Text:Q-2 AL A 150 pounds of (NaCl) is dissolved in the solution in container A and 100 pounds of (NaCI) is dissolved in the solution in container B. The system is closed in that the well-stirred liquid is pumped only between the containers, as shown in Fig. (A)Calculate the number of pounds mixture Of salt at time t in 3 gal/min containers A and B. (B) what is the relation between the variables x1(t) and x2(t) that holds at time t. Explain why this relation makes intuitive sense. Use this relation to help find the amount of salt in tank B at t= 15 min. 100 gal 100 gal mixture 2 gal/min
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