5. The local aquaritum is repurposing a large occan exchibit into a prescutation of estuaries. The tank bolds 10.000 aallons of water. The current ocean exhibit contains 2800 pounds of salt. The desired concentration for the new exhibit is 0.1 pounls per galkon. Fresh water will be adled to the tank at a coustant rate of 10 gallous per minutle. The solution in the tank immediately mixes thoronghly and drains at a rate of 10 gallons per mimte. a. Wrile lhe diflerenulial equatini ansl initial conuditions represenilmng ilhe anenail of sall, S, in the lank. Dis nol solve dr h. Salve the differential equation you kumd in part a. Your linal equation should be an equation for S in tenns of * (in minutes).

Calculus: Early Transcendentals
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Author:James Stewart
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Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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5. The local aquaritum is repurposing a large occan exchibit into a prescutation of estuaries. The tank bolds 10.000
aallons of water. The current ocean exhibit contains 2800 pounds of salt. The desired concentration for the new
exhibit is 0.1 pounls per galkon. Fresh water will be adled to the tank at a coustant rate of 10 gallous per minutle.
The solution in the tank immediately mixes thoronghly and drains at a rate of 10 gallons per mimte.
a. Wrile lhe diflerenulial equatini ansl initial conuditions represenilmng ilhe anenail of sall, S, in the lank. Dis nol
solve
dr
h. Salve the differential equation you kumd in part a. Your linal equation should be an equation for S in tenns of
* (in minutes).
Transcribed Image Text:5. The local aquaritum is repurposing a large occan exchibit into a prescutation of estuaries. The tank bolds 10.000 aallons of water. The current ocean exhibit contains 2800 pounds of salt. The desired concentration for the new exhibit is 0.1 pounls per galkon. Fresh water will be adled to the tank at a coustant rate of 10 gallous per minutle. The solution in the tank immediately mixes thoronghly and drains at a rate of 10 gallons per mimte. a. Wrile lhe diflerenulial equatini ansl initial conuditions represenilmng ilhe anenail of sall, S, in the lank. Dis nol solve dr h. Salve the differential equation you kumd in part a. Your linal equation should be an equation for S in tenns of * (in minutes).
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