Hello Everyone!. NotesPoint is our family run educational channel where every member contributes!.

We have videos related to Robotics, IoT, Arduino, TFT displays and so on. These are projects that my son Joseph does as a hobby. But then, I thought they make excellent school projects, that other kids can also take up. Along with videos, full project details and code are made available at our blogsite - www.notespoint.com. Anyone can download them and use it for their project.

I am currently working on data science and python programming. Soon we will have some videos related to these topics.

Keep Learning!

Solution of One Dimensional Wave Equation With Triangular Initial Deflection
20:04
Solution of One Dimensional Wave Equation With Triangular Initial Deflection
Solution of One Dimensional Wave Equation With Initial Displacement f(x)
16:07
Solution of One Dimensional Wave Equation With Initial Displacement f(x)
Solution of One Dimensional Wave Equation Using Method of Separation of Variables
11:55
Solution of One Dimensional Wave Equation Using Method of Separation of Variables
Derivation of One Dimensional Wave Equation - Application of Partial Differential Equations
8:03
Derivation of One Dimensional Wave Equation - Application of Partial Differential Equations
Method of Separation of Variables - Solution of Partial Differential Equations
10:52
Method of Separation of Variables - Solution of Partial Differential Equations
Charpit's Method - Solved Problems
18:53
Charpit's Method - Solved Problems
Solution of Lagrange's Linear Equation of First Order - Solved Problems- Part 3
23:00
Solution of Lagrange's Linear Equation of First Order - Solved Problems- Part 3
Solution of Lagrange's Linear Equation of First Order - Solved Problems- Part 2
15:20
Solution of Lagrange's Linear Equation of First Order - Solved Problems- Part 2
Solution of Lagrange's Linear Equation of First Order - Part 1
22:10
Solution of Lagrange's Linear Equation of First Order - Part 1
Solution of Partial Differential Equations by Direct Integration
12:09
Solution of Partial Differential Equations by Direct Integration
MAT201-Partial Differential Equations - Solving Problems - Part 2
28:54
MAT201-Partial Differential Equations - Solving Problems - Part 2
MAT201-Partial Differential Equations - Solving Problems - Part 1
7:50
MAT201-Partial Differential Equations - Solving Problems - Part 1
Differentiation of Laplace Transforms
11:45
Differentiation of Laplace Transforms
Finding Inverse Laplace transform - Second shifting theorem
8:24
Finding Inverse Laplace transform - Second shifting theorem
Second shifting theorem - Its application in finding Laplace transform
10:23
Second shifting theorem - Its application in finding Laplace transform
Unit step function - Its properties and Laplace transform
8:09
Unit step function - Its properties and Laplace transform
Laplace Transform for Integral
4:49
Laplace Transform for Integral
Laplace Transform
12:27
Laplace Transform
Lagrange Interpolation Formula
14:10
Lagrange Interpolation Formula
Newton Gregory backward Interpolation Formula
13:43
Newton Gregory backward Interpolation Formula
Newton-Gregory Forward Interpolation Formula
14:14
Newton-Gregory Forward Interpolation Formula
Introduction to Interpolation
3:59
Introduction to Interpolation
Fixed Point Iteration Method - KTU (2015 Syllabus) - MA202 - Module 5
9:57
Fixed Point Iteration Method - KTU (2015 Syllabus) - MA202 - Module 5
Newton-Raphson Method to solve equations. Numerical Methods
8:42
Newton-Raphson Method to solve equations. Numerical Methods
Numerical Techniques to solve equations of the form f(x) = 0
4:58
Numerical Techniques to solve equations of the form f(x) = 0
Runge Kutta Method (4th Order) - Numerical Methods
9:43
Runge Kutta Method (4th Order) - Numerical Methods
Improved Euler Method - KTU (2015 Syllabus) - MA202 - Module 6 - Part 5 - Numerical Methods
11:26
Improved Euler Method - KTU (2015 Syllabus) - MA202 - Module 6 - Part 5 - Numerical Methods
Build a webserver using NodeMCU(ESP8266) and Micro Python
7:05
Build a webserver using NodeMCU(ESP8266) and Micro Python
Euler method - Numerical soln. of first order ordinary differential equations
15:47
Euler method - Numerical soln. of first order ordinary differential equations
Simpsons Rule - Numerical Methods
10:26
Simpsons Rule - Numerical Methods