Finding Particular Integral (D-Operator Method)

preview_player
Показать описание
🎯 All Math undergraduate recorded courses (in BENGALI) are available for purchase in the RB Maths Academy App with 6 months validity. To purchase a course or to watch a demo video of a course, contact in WhatsApp at +91 9804696360. Mention code: RB_YOUTUBE to avail a flat 20% discount.

Rules for finding particular integral using D-operator method
solved examples of each rule
#particularintegral #doperator #differentialequation

✯ Find us at:
  1. RB Maths Academy
  2. D operator
  3. D-operator
  4. PI
  5. complementary function
  6. d operator method engineering mathematics
Рекомендации по теме
Finding Particular Integral 0:42:00

Finding Particular Integral (D-Operator Method)

🔵25 - D 0:18:39

🔵25 - D Operator Method for Solving Second Order Linear Differential Equations

Differential Equations 3: 0:03:29

Differential Equations 3: Particular Integral and Complementary Function Method

🔵24 - D 0:39:06

🔵24 - D Operator Method for Solving First Order Linear Differential Equations

Operator Method | 0:17:47

Operator Method | Differential Equation | Particular Solution

Particular Integral case 0:19:01

Particular Integral case 1 || Linear Differential Equation of Higher order

Solving second order 0:17:39

Solving second order differential equation using operator D

Lecture # 29 0:39:09

Lecture # 29 || D-Operator Method (CASE I) || Non-Homogenous Diff. Eq. ||Particular Solution ||ODE

Undetermined Coefficients: Solving 0:12:44

Undetermined Coefficients: Solving non-homogeneous ODEs

Particular Integral Case 0:12:18

Particular Integral Case 3 || X= x^m || Linear Differential Equation of Higher order

Method of Undetermined 0:41:28

Method of Undetermined Coefficients - Nonhomogeneous 2nd Order Differential Equations

How to find 0:55:15

How to find Particular Integral (PI) using D Operator Method in Hindi | Differential equations

D-OPERATOR Method to 0:09:32

D-OPERATOR Method to find Particular Integral(Cont)| Lecture -25 | Prof. Arun Kumar Chatterjee | IEM

Differential Equations || 0:10:22

Differential Equations || D Operator Method 01 : For g(x) || ENGINEERING MATHEMATICS || GATE ||

Second Order Linear 0:25:17

Second Order Linear Differential Equations

Finding particular integral 0:01:55

Finding particular integral problem for F(D)y=x^n form

Method of finding 1:37:04

Method of finding Particular Integral, Power series and solving first order differential equation

First Order Linear 0:20:34

First Order Linear Differential Equation & Integrating Factor (introduction & example)

#09 Particular Integral 0:17:56

#09 Particular Integral when f(x)=x^m | solve (D^-6D+5)y=x^2 | PI of algebraic function x^n

Particular Integral by 0:13:01

Particular Integral by General Method

Linear Higher Order 0:33:59

Linear Higher Order Differential Equation | CF & PI |Lecture-I

7. Rules for 0:04:51

7. Rules for finding Particular Integral | Case 2 | Differential Equations of Higher Order

Lec 07 Methods 0:28:26

Lec 07 Methods for finding particular integral with second order linear differential equations with

PARTICULAR INTEGRAL -I 0:31:08

PARTICULAR INTEGRAL -I @VATAMBEDUSRAVANKUMAR

Комментарии
Автор

God bless you, I've searched everywhere for an explanation and just found it in this very encompassing video. Thanks

raymondedibo
Автор

Sir you are a super star!!👌Firstly you are tackling the same issue that I have with d operators, secondly you are so clear and precise and provide so much information to not only make me pass, but obtain tge highest mark...I have subscribed, liked and activated the alert for any video uploads in the future...many thanks
Ps:I will be inviting my fellow students to watch this video too, hopefully it will increase your viewership

kelumo
Автор

You are the one who able to understood this method very easily . Nice . Thank u so much 😊

vmmaker
Автор

Thank You Very Very Very much, Your Explanation Is REALLY GREAT.

hazemebrahim
Автор

Sir, thanks a lot for you. I think if every teacher could explain like you do then I and all of us as students would enjoy learning.

mdelius
Автор

The best explanation ever! Thank you so much sir.

Sowbliss
Автор

Hello Ritwik da. Just found your video today. It's so sooothing to see you again.. Your teaching is just awesome.. Hope to hop in by your house pretty soon. We all miss you.. Like really. Lots of love ❤❤❤❤❤

sagnikkundu
Автор

This video helped me brush up the whole concept in a gyst. For my next exam.

sagnikkundu
Автор

Really appreciate your work its very helpful

mpendulohlamulo
Автор

thanks a lot sir video was really helpful 1

srimans
Автор

Thank you very much for this explanation, this method is too killer!!!!

ironheart
Автор

Thanks sir, through this video my all concept is clear 😊😊

Viratfan
Автор

I can safely write my test. You are the best. I wish you could get 30% of my math tuition

clintonpambayi
Автор

27:57 Hi Mr. Banerjee, thanks for the video it really helps me but I have a question regarding Rule #4 did you mean by referring to Rule #4 when you substituted D with -a^2 ?

asyrafsyazwanbinahmadtajud
Автор

this just saved my maths grade, keep doing what you do sir😊

grownishbambino
Автор

Your video helped me a lot! Thanks! You have simplified and explained the concepts thoroughly.

aniketmukhopadhyay
Автор

Dada it was going to amazing for us ... Thank you much 💖💖
❤️❤️❤️
❤️❤️❤️❤️❤️❤️❤️

footballcreativeeverywhere
Автор

Thank You Verymuch, Your Explanation Is Great.

drposeidon
Автор

I watched this video on jan 20 and today i came to know you are my professor 🤣 today i was going through your channel and i suddenly came across this video which i saw in my 1st sem 🤣 thank you sir for delivering such a beautiful content 🚩

crazyhand
Автор

Wow.. Wonderful job..what an eye opener...🌹

ebokapreciousgift