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Answer to Question #52495 in Quantitative Methods for fatma
Question #52495
The bacteria concentration in a reservoir varies as
c= e^t - (t^3/6 ) (e^0.3t) - t^2/2 - t
where is the time in seconds. Use the Newton-Raphson method to estimate the
time required for the bacteria concentration to reach 1 (correct up to 2 decimal
places)
c= e^t - (t^3/6 ) (e^0.3t) - t^2/2 - t
where is the time in seconds. Use the Newton-Raphson method to estimate the
time required for the bacteria concentration to reach 1 (correct up to 2 decimal
places)
Expert's answer
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#340153 on Dec 2023
#340153 on Dec 2023
Comments
The value of t^0 can be chosen arbitrarily, once in this solution. The closer initial value to the true root of the equation, the less number of steps will be done while computing this root.
Just tell me how do we get the the value of t° Other values I know how to get
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