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QUESTION 5 Solve. Lexington Reservoir has 300 million gallons of water. About 0.07% of the water is lost to evaporation every week. About 150,000 gallons of water enter the reservoir every week. The amount of water in the reservoir at the end of each week is given by the recursively defined sequence Wn = (0.9993))w n-1 + 0.15 wo = 300 Determine the amount of water in the reservoir at the beginning of the second week. That is, determine w 2-

QUESTION 5 Solve. Lexington Reservoir has 300 million gallons of water. About 0.07% of the water is lost to evaporation every week. About 150,000 gallons of water enter the reservoir every week. The amount of water in the reservoir at the end of each week is given by the recursively defined sequence Wn = (0.9993))w n-1 + 0.15 wo = 300 Determine the amount of water in the reservoir at the beginning of the second week. That is, determine w 2-

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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QUESTION 5 Solve. Lexington Reservoir has 300 million gallons of water. About 0.07% of the water is lost to evaporation every week. About 150,000 gallons of water enter the reservoir every week. The amount of water in the reservoir at the end of each week is given by the recursively defined sequence Wn = (0.9993))w n-1 + 0.15 wo = 300 Determine the amount of water in the reservoir at the beginning of the second week. That is, determine w 2-
Transcribed Image Text:QUESTION 5 Solve. Lexington Reservoir has 300 million gallons of water. About 0.07% of the water is lost to evaporation every week. About 150,000 gallons of water enter the reservoir every week. The amount of water in the reservoir at the end of each week is given by the recursively defined sequence Wn = (0.9993))w n-1 + 0.15 wo = 300 Determine the amount of water in the reservoir at the beginning of the second week. That is, determine w 2-
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