PROBLEM: The following equation can be used to compute the oxygen level c (mg/L) in a river downstream from a sewage discharge: c = 10 - 20(e-0.15x - e-0.5x) where x is the distance downstream in kilometers. Levels of oxygen below 5 mg/L are generally harmful to gamefish such as trout and salmon. a) Use the graphical method to make an initial estimate of the distance downstream where the oxygen level first falls to a reading of 5 mg/L. b) Use the Secant method to determine the root to & = 1% by hand. Show all calculations. c) Use the Newton-Raphson method to determine the root to Es = 0.01% using Excel or similar software. Present table showing all iterations.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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PROBLEM: The following equation can be used to compute the
oxygen level c (mg/L) in a river downstream from a sewage
discharge:
c = 10 – 20(e-0.15x – e-0,5x)
I|
where x is the distance downstream in kilometers. Levels of oxygen
below 5 mg/L are generally harmful to gamefish such as trout and
salmon.
a) Use the graphical method to make an initial estimate of the
distance downstream where the oxygen level first falls to a
reading of 5 mg/L.
b) Use the Secant method to determine the root to E = 1% by
hand. Show all calculations.
c) Use the Newton-Raphson method to determine the root to ɛs =
0.01% using Excel or similar software. Present table showing all
iterations.
Transcribed Image Text:PROBLEM: The following equation can be used to compute the oxygen level c (mg/L) in a river downstream from a sewage discharge: c = 10 – 20(e-0.15x – e-0,5x) I| where x is the distance downstream in kilometers. Levels of oxygen below 5 mg/L are generally harmful to gamefish such as trout and salmon. a) Use the graphical method to make an initial estimate of the distance downstream where the oxygen level first falls to a reading of 5 mg/L. b) Use the Secant method to determine the root to E = 1% by hand. Show all calculations. c) Use the Newton-Raphson method to determine the root to ɛs = 0.01% using Excel or similar software. Present table showing all iterations.
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