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A swimming pool is initially filled with 500 m3 of water with a chlorine concentration of 10 g/m³. Water containing 50 g/m3 of chlorine flows into the pool at a rate of 5 m3 per minute. The well-mixed water in the pool is drained away at the same rate. Find the amount of chlorine in the pool at any time t > 0. Select the correct response: Q(t) = 25000 – 20000 e-t %3D | Q(t) = 25000 – 20000 e-t/100 Q(t) = 25000 - 25000 e-t/100 Q(t) = 20000 – 25000 e-t/100

A swimming pool is initially filled with 500 m3 of water with a chlorine concentration of 10 g/m³. Water containing 50 g/m3 of chlorine flows into the pool at a rate of 5 m3 per minute. The well-mixed water in the pool is drained away at the same rate. Find the amount of chlorine in the pool at any time t > 0. Select the correct response: Q(t) = 25000 – 20000 e-t %3D | Q(t) = 25000 – 20000 e-t/100 Q(t) = 25000 - 25000 e-t/100 Q(t) = 20000 – 25000 e-t/100

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter4: Calculating The Derivative
Section4.CR: Chapter 4 Review
Problem 85CR
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A swimming pool is initially filled with 500 m3 of water with a chlorine concentration of 10 g/m3. Water containing 50 g/m³ of chlorine flows into the pool at a rate of 5 m3 per minute. The well-mixed water in the pool is drained away at the same rate. Find the amount of chlorine in the pool at any time t > 0. Select the correct response: Q(t) = 25000 - 20000 e-t Q(t) = 25000 – 20000 e-t/100 %3D Q(t) = 25000 - 25000 e-t/100 Q(t) = 20000 – 25000 e-t/100
Transcribed Image Text:A swimming pool is initially filled with 500 m3 of water with a chlorine concentration of 10 g/m3. Water containing 50 g/m³ of chlorine flows into the pool at a rate of 5 m3 per minute. The well-mixed water in the pool is drained away at the same rate. Find the amount of chlorine in the pool at any time t > 0. Select the correct response: Q(t) = 25000 - 20000 e-t Q(t) = 25000 – 20000 e-t/100 %3D Q(t) = 25000 - 25000 e-t/100 Q(t) = 20000 – 25000 e-t/100
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