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    Exam 13: Indefinite Integrals
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    Suppose That a Liquid Carries a Drug with Concentration 0
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Suppose That a Liquid Carries a Drug with Concentration 0

Question 9

Question 9

Multiple Choice

Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places.


A) Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places. A)    B)    C)    D)    E)
B) Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places. A)    B)    C)    D)    E)
C) Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places. A)    B)    C)    D)    E)
D) Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places. A)    B)    C)    D)    E)
E) Suppose that a liquid carries a drug with concentration 0.03 g/cc into a 200-cc organ at a rate of 5 cc/s and leaves at the same rate. If initially there is 3 g of drug in the organ, find the amount A of drug in the organ as a function of time t. ​If it's necessary, round your calculations to four decimal places. A)    B)    C)    D)    E)

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