This video is about finding particular integral for Sin(ax) or particular integral for Cos(ax) by using simple method and by particular integral by using general method.

Complimentary Function in Differential Equation:
   • Part 1: Complimentary Function | Diff...  

Part 1: Particular Integral in Differential Equation:
   • Part 2: Particular Integral of Differ...  

Part 2: Particular Integral in Differential Equation:
   • Part 3: Particular Integral for Diffe...  

General Method for Finding PI:
   • General Method of Finding PI | Partic...  

Here we have discussed how to find pi for sine function and cosine function by using general method and simple method as well.

Chapters:
0:00 | Introduction
0:44 | Concept for Finding PI when f(D) =! 0
2:02 | Example 1
9:29 | Concept for Finding PI when f(D)=0
11:40 | Example 2

If you watch this video then you can easily find out the particular integral for sin(ax) or cos(ax).

I hope you'll like this video of finding particular integral. If you do so then make sure to subscribe to our Channel.

============================================
:
============================================

INSTAGRAM: @snmathsacademy
  / snmathsacademy  

TELEGRAM: @snmathsacademy
https://t.me/snmathsacademy

YOUTUBE (My 2nd Channel) :    / channel  

============================================

:

is an Educational Channel for B.Sc. Mathematics and M.Sc. Mathematics.

In this Channel one can get videos about:
B.Sc. Mathematics
Engineering Mathematics
M.Sc. Mathematics
CSIR NET Mathematics
IIT JAM Mathematics
GATE Mathematics and many more.


If you liked the video Please Do Subscribe My Channel "SN Maths Academy"
Keep Supporting me So I can Continue to provide you with free content !!

Also, Don't forget to click the bell icon so that you can never miss any updates from us.
, , !!!
============================================

#snmathsacademy #particularintegral #pi

▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬
!
▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬▬