Media Summary: Okay now what we're gonna do is we are going to set y greater than or equal to X2 minus X1 or the 6/3 (part 2) min avg cost / linearization So at the end let's make some concluding remarks about what we have for this formulation uh for this

Or1 Modeling Lecture 4 Nonlinear Programming 6 Linearizing An Absolute Value Function - Detailed Analysis & Overview

Okay now what we're gonna do is we are going to set y greater than or equal to X2 minus X1 or the 6/3 (part 2) min avg cost / linearization So at the end let's make some concluding remarks about what we have for this formulation uh for this You're literally one click away from a better setup — grab it now! As an Amazon Associate I earn ... ... of 10% return rate at least then I'm going to set my R to be 110000 once I set this Okay so let's take a look at our next example which is the so-called EQ

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[OR1-Modeling] Lecture 4: Nonlinear Programming #6 Linearizing an absolute value function
[OR1-Modeling] Lecture 4: Nonlinear Programming #10 Linearizing products 2A
Linearizing Absolute Value Functions in Mathematical Modeling
[OR1-Modeling] Lecture 4: Nonlinear Programming #7 Linearizing max min functions
[OR1-Modeling] Lecture 4: Nonlinear Programming #8 Linearizing products 1A
[OR1-Modeling] Lecture 4: Nonlinear Programming #9 Linearizing products 1B, 1C, and 1D
6/3 (part 2) min avg cost / linearization
[OR1-Modeling] Lecture 4: Nonlinear Programming #1 Introduction
[OR1-Modeling] Lecture 4: Nonlinear Programming #11 Linearizing products 2B, 2C, and 2D
[OR1-Modeling] Lecture 4: Nonlinear Programming #12 Remarks: why linearization
[OR1-Modeling] Lecture 2: Linear Programming #4 Linear Programs
Linear Programming Absolute Value
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