Math 1203-L01 Lecture 19 - Max and Min Values; Extreme Value, and Fermat's Theorems; Critical Points
Math 1203-L01 Lecture 7 - The Derivative; after more Continuity examples
Math 1A 4.2 The Extreme Value Theorem, Fermat’s Theorem, and Definition of a Critical Number
Math 1206-R03 Lecture 21 - Linear Approximation and Differentials
Math 1206-L11 Lecture 1 - Class Intro and Review of Exponentials and Logarithms
Optimization and Fermat's theorem -- Calculus I
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Intro to Statistics, Lect 1A & Start of Lect 1B, Class Structure, Learning Strategies & Attitudes
Experimental Optimization - Lecture 2.2
Lecture 1: Introduction to Convex Optimization
Fluid Mechanics Laminar BL Equation 22 von karman BL thickness and friction coeff
Structural Reliability. Extreme value theory (Lecture 11)
ecs36b zoom Lecture 11/23/2020 (2) HW#5 revised reference implementation
Math 1207-R04 Lecture 16 - Numerical Integration and its associated errors conclusion
Back to Basics Part 2 -into Deep Space -Aug 2000
CS 161 9.8 Incremental Design and Generalization
4.3 Maxima and Minima (Fermat's Theorem)
Programming. Intro to Git. (Lecture 0 / 2021-02-28)
CSE 20312 - Lecture 07 - Combining Concepts - Towards a Doubly Linked List
CSE141 Lecture 17 Modern Processor Design (2)
