Formulas for the solution of second order ODE. Here is the collection of some standard formulas for the solution of second order ODE.

## Main Content

### Latest post

### Matrix analysis

#### Eigenvectors of repeated eigenvalues

Eigenvectors of repeated eigenvalues. Hello friends, today it’s all about the eigenvectors of repeated eigenvalues. Have a look!!

### First order ODE

#### Solve first order ODE using transformations

Solve first order ODE using transformations. Today it’s about how to solve first order ODE using transformations of variables.

### Ordinary differentiation

#### Differentiation of implicit functions

Hello friends, today I will talk about the differentiation of implicit functions. Have a look.

### Vector

#### Scalar and vector products

Hello friends, today I will talk about the scalar and vector products of two vectors.

### Partial fractions

#### Partial fractions of higher degree numerators

Today I will discuss partial fractions of higher degree numerators. That means I will focus on the expressions with higher degree numerators.

### Determinants

#### Evaluate, expand determinants

Here I will talk about how to evaluate expand determinants. Of course, to evaluate determinants is a natural thing. Quite understandable!! But why to bring the issue of expanding it?? Well, the answer is that’s also needed. Have a look at these examples.

### Vector analysis

#### Unit tangent vector in vector analysis

Unit tangent vector in vector analysis. Today it’s all about the unit tangent vector in vector analysis. Have a look!!

### Integration

#### How to Integrate trigonometric functions

How to Integrate trigonometric functions. Dear friends, today I will show how to integrate trigonometric functions. Have a look!!

### Differentiation applications

#### Radius of curvature

Hello friends, today it’s all about the radius of curvature of any curve. Have a look!!

### Laplace transform

#### Laplace transform of functions multiplied by variables

Laplace transform of functions multiplied by variables. Here I’ll talk about the Laplace transform of functions multiplied by variables. Have a look!!