(1) Assuming the rate of leakage decreased linearly from 62000 to 53000 barrels per day during the time interval stated above, write a function f(t) for the daily rate of leakage in terms of time. (In this problem, use t= 0 for April 20, so July 15 will be t= 86, with days being the unit of time.)
(1) Assuming the rate of leakage decreased linearly from 62000 to 53000 barrels per day during the time interval stated above, write a function f(t) for the daily rate of leakage in terms of time. (In this problem, use t= 0 for April 20, so July 15 will be t= 86, with days being the unit of time.)
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter5: Inverse, Exponential, And Logarithmic Functions
Section: Chapter Questions
Problem 18T
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(1) Assuming the rate of leakage decreased linearly from 62000 to 53000
barrels per day during the time interval stated above, write a function
f(t) for the daily rate of leakage in terms of time. (In this problem, use
t= 0 for April 20, so July 15 will be t= 86, with days being the unit of time.)
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