Explain whether the following functions increase or decrease with design variable of choice (variable in (.) on the left side). Show some steps, but you can use any method (graphical, calculator, limits, or the method we used in class). k1 k₂CAO (1-f) (a) S(f) = (b) Keq(T) = Aeq exp (c) ×(t) = Não (1 − e¯kt). ΔΗΜ ran RT where AHran <0. (d) Iin(f) = -(k1 + k-1)V (k1 + k-1)f In 1 k1

Explain whether the following functions increase or decrease with design variable of choice (variable in (.) on the left side). Show some steps, but you can use any method (graphical, calculator, limits, or the method we used in class). k1 k₂CAO (1-f) (a) S(f) = (b) Keq(T) = Aeq exp (c) ×(t) = Não (1 − e¯kt). ΔΗΜ ran RT where AHran <0. (d) Iin(f) = -(k1 + k-1)V (k1 + k-1)f In 1 k1

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter2: Electrical Components And Circuits

Section: Chapter Questions

Problem 2.9QAP

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Explain whether the following functions increase or decrease with design variable
of choice (variable in (.) on the left side). Show some steps, but you can use any method
(graphical, calculator, limits, or the method we used in class).
k1
k₂CAO (1-f)
(a) S(f) =
(b) Keq(T) = Aeq exp
(c) ×(t) = Não (1 − e¯kt).
ΔΗΜ
ran
RT
where AHran <0. (d) Iin(f) =
-(k1 + k-1)V
(k1 + k-1)f
In 1
k1

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