A general equation is given to determine the dependent variable S: S = KT - TL + T^2 + 1002. K is expressed as K= 1/(T-1) + k where k is a constant. L is expressed as L = In(m) - T^-3 , where m is a constant. In addition In(m) - k = 0. 1. At what value/s of S will you able to obtain a real-valued maximum or minimum?
A general equation is given to determine the dependent variable S: S = KT - TL + T^2 + 1002. K is expressed as K= 1/(T-1) + k where k is a constant. L is expressed as L = In(m) - T^-3 , where m is a constant. In addition In(m) - k = 0. 1. At what value/s of S will you able to obtain a real-valued maximum or minimum?
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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A general equation is given to determine the dependent variable S: S = KT - TL + T^2 + 1002. K is expressed as K= 1/(T-1) + k where k is a constant. L is expressed as L = In(m) - T^-3 , where m is a constant. In addition In(m) - k = 0.
1. At what value/s of S will you able to obtain a real-valued maximum or minimum?
2. What is/are the correct expression/s of the probable value/s of the maximum(ma)/minimum(ma) of S?
3. Suppose K and L are constants, together with the existing constants, what is the correct expression of S for the maximum/minimum value?
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