ERTH/OCN312: Separable First Order ODE's

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ERTH/OCN312: Advanced Mathematics for Engineers and Scientists
Prof. Garrett Apuzen-Ito
University of Hawaii, Dept. of Earth Sciences,
School of Ocean and Earth Science and Technology (SOEST)
  1. Garrett Apuzen-Ito
  2. Mathematics (Field of Study)
  3. Applied Mathematics (Field of Study)
  4. Ordinary Differential Equation
  5. Differential Equation (Literature Subject)
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ERTH/OCN312: Separable First Order ODE's

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ERTH/OCN312: Applications of ODEs: Radioactive Decay

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OCN/ERTH312: Introduction to 0:32:51

OCN/ERTH312: Introduction to Differential Equations

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OCN/ERTH312: Solving ODE's as Exact Differentials

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Radioactive Decay (Application of Separable Equation)

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Ordinary Differential Equation (ODE) Presentation

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Applications of First Order ODEs | ENGIANA

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2nd Order ODE 0:01:33

2nd Order ODE Introduction

Non-Constant Coefficient Differential 0:18:59

Non-Constant Coefficient Differential Equations

MAT300 CHAPTER 3 0:24:39

MAT300 CHAPTER 3 APPLICATION OF 1ST ODE (RADIOACTIVE DECAY)

OCN/ERTH312: Intro to 0:27:20

OCN/ERTH312: Intro to higher order ODEs & Linear Dependence/Independence

3rd order undetermined 0:05:29

3rd order undetermined coefficients ex1pt2

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Chapter 20. Rate 0:11:23

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OCN/ERTH312: Complex Numbers II

Комментарии
Автор

1:40. This method can be used for nonlinear ODE's too, not just linear ODE's
10:30 The correct spelling is Verhulst (with an "s" before the "t")
19:34 the denominator in the 1st integral should be (a-bN), not (a-bN)N.
23:15 Here B=exp(C). Or t+C just gives a constant (B) in front of the exponent

garrettapuzen-ito
Автор

19:34: Small typo. The denominator shouldn't be multiplied by N. Should just be (a-bN) by itself, not (a-bN)N

kayhashimoto