HUT DEPARTMENT OF MATH. APPLIED

INTRO DIFFERENTIAL EQUATIONS
CONTENTS

1.1 DIFFERENTIAL EQUATIONS AND MATHEMATICAL
MODELS
1.2 GENERAL AND PARTICULAR SOLUTIONS
CHAPTER 1: First Order Differential Eq
HUT DEPARTMENT OF MATH. APPLIED

INTRODUCTION TO DIFFERENTIAL
EQUATIONS
CONTENTS

2.1 SEPARABLE DIFFERENTIAL EQUATIONS
2.2 FIRST ORDER LINEAR DIFFERENTIAL EQUATIONS
2.3 EXACT EQUATIONS
Lecture 2: So
HUT DEPARTMENT OF MATH. APPLIED

IDE ADVANCED PROGRAM
CHAPTER 2: Linear Differential Equations
of Higher Order
2ND ORDER LINEAR EQUATIONS.
HOMOGENOUS & NONHOMOGENOUS
(STUDENT)
CONTENTS

4.1 Introduc
Ho Chi Minh City, 06 September 2010
HCM UT HCM NU
Faculty of Applied Science
Department of Math Applied
Syllabus
M ATH 385 INTRO DIFFERENTIAL EQUATIONS
Credit
Class Hours
Overall Grade
: 3 (2.1.5)
The
HUT DEPARTMENT OF MATH. APPLIED

IDE MODERNIZED PROGRAM
PARTIAL DIFFERENTIAL EQUATIONS (PDE)
LECTURE 03: FOURIER SERIES
PhD. NGUYEN QUOC LAN (December, 2010)
BEGINNING PROBLEM

Express a given funct
HUT DEPARTMENT OF MATH. APPLIED

IDE MODERNIZED PROGRAM
PARTIAL DIFFERENTIAL EQUATIONS
(PDE) STUDENT
Lecture 05: THE WAVE EQUATION
PhD. NGUYEN QUOC LAN (January, 2011)
MOTION OF A VIBRATING STRING (T
HUT DEPARTMENT OF MATH. APPLIED

IDE MODERNIZED PROGRAM
PARTIAL DIFFERENTIAL EQUATIONS
(PDE) Student
Lecture 06: LAPLACE EQUATION
PhD. NGUYEN QUOC LAN (January, 2011)
CONTENTS

1. Laplaces equation
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