Engineering Mathematics: Master Differential Equations

What you’ll learn

Deteing the Type and Order of a Differential Equation

Deteing whether a Differential Equation is Linear or Nonlinear

How to Solve Separable Differential Equations

First Order Linear differential equation

Homogeneous differential equation

Exact differtial equation

Rules to convert non exact differential equation into Exact Differential equation

how to calculate integrating factor

Solving differential equation by inspection method

Bernoulli’s Differential equation

Clairaut’s differtial equation

Requirements

Basic calculus (Inegration and diffentiation)

Description

This course covers:

What is differential equation

Order and Degree

Physical significance of solution of DE

Variable seperation method

Homogeneous differential equation

Linear differential equation

Inspection method

Bernoulli’s diferential equation

Exact Differentiaal equation

Equation reducible to exact form and various rules to convert

Clairaut’s differentiaal equation

Higher order Differential equation

Concept of CF and PI (calculating complementry function and particular Integeral for various cases)

Euler cauchy differential equation

variation of parameter

Who this course is for:

Students taking differential equations at college or university

Students preparing to take differential equations at college or university

Anyone who wants to learn about the subject of differential equations