Diagonalization of matrices 2x2 | How to diagonalize the matrix with example | Linear algebra

Welcome to this video, Diagonalization of matrices 2x2 | How to diagonalize the matrix with example | Linear algebra. This video entitled "Diagonalization of matrices 2x2 | How to diagonalize the matrix with example | Linear algebra" is showing how to find eigen values and eigen vectors in very easy manner.
This video contains "Diagonalization of matrices 2x2 | How to diagonalize the matrix with example | Linear algebra". This series of videos provides an illustration of so many example questions with their working rule.
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In this video, Diagonalization of matrices 2x2 | How to diagonalize the matrix with example | Linear algebra, You will find
00:00 Introduction
Matrices playlist contains the following topics: Rank of a Matrix, Solution of Simultaneous Linear Equations by Elementary Transformation, Consistency of system of homogeneous and non homogeneous equations, Eigen Values and Eigen, Vectors, Diagonalization of Matrices, Cayley-Hamilton theorem and its applications to find the inverse.
This topic is very important for the students of class 12th, B.Sc, B.Tech., BBA, B.Com., B.Pharma, Diploma etc.
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#CharacteristicEquation
#CharacteristicPolynomial
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Eigen value eigen vector,
Eigenvalues and eigenvectors,
Eigen value eigen vector 2X2,
Eigen value eigen vector 3X3,
How to find eigenvalues and eigenvectors,
How to find eigen values and eigen vectors 3X3,
How to find eigenvalues and eigenvectors 2X2,
Eigen values and eigen vectors of the matrix,
Eigen values and eigen vectors playlist,
characteristic equation of a matrix,
characteristic equation of a matrix 2X2,
characteristic equation of a matrix 3X3,
characteristic equation of a matrix examples
characteristic equation of a matrix problems
characteristic polynomial of a matrix
characteristic polynomial of a matrix formula
characteristic polynomial of a matrix 2X2
characteristic polynomial of a matrix 3X3
characteristic polynomial of a matrix examples
characteristic polynomial of a matrix problems
characteristic polynomial of a matrix
characteristic equation of a matrix formula
This video lecture on Diagonalization | EigenValues, EigenVectors with Concept of Diagonalization | Matrices | Problems & Concepts will help Engineering and Basic Science students to understand the following topic of Mathematics:
1. Diagonalization of Matrix with the help of EigenValues, EigenVectors
2. EigenValues, EigenVectors with Concept of Diagonalization
3. How To Find Eigenspace Or Modal Matrix P ?
4. Diagonalization Of Matrix When Eigenvalues and Distinct with Example.
5. Diagonalization Of Matrix When Eigenvalues and Repeated with Example.
6. This is Part Of Linear Algebra.
#Diagonalization​
#EigenValuesAndEigenVectors​
#AlgebraicMultiplicity​
#GeometricMultiplicity​
#EigenVectorExample​
#Matrices​ #LinearAlgebra​
#VectorSpace​
#EngineeringMahemaics​
#BSCMaths​
#GATE​
#IITJAM​
#CSIRNET

[@user-mi1it9rc4z]

Went like a bullet in my mind and picking some other colours which one taken and remained simplification is just awesome i wish I found you earlier mam and thanks ❤

[@Mathematicsforyou]

It's my pleasure that you are benefited by my lecture. Thanks for appreciation.🤗

[@rajamaniraaju5748]

After the long time, l'm watching your video mam. Crystal clear mam🙏

[@Mathematicsforyou]

Glad to hear that

[@KAMANZIFABIEN]

for me I want to ask you the role of diagonalization in real life and why we learn thank am waiting your good response

[@Mathematicsforyou]

It can be used to solve system of differential equations. Which usually occurs in population growth model and decease control models. As well as, Diagonal matrix can be raised to any power easily.

[@anuj5749]

First time i am watching . I am doing engineering !

[@Mathematicsforyou]

Welcome 🙂

[@anuj5749]

Wow mam very fast reply .

[@anuj5749]

Have you coching institute ?

[@Mathematicsforyou]

Thanks

[@Mathematicsforyou]

No. I am a faculty of engineering mathematics

[@musamahamed6601]

Hello Dr padma, I would like to ask you dear the platform that you explaining the lessons, i would like to display my knowledge of engineering just like you

[@Mathematicsforyou]

Digital writing pad and blackboard application.

[@aparnatiwari7339]

Thank you I think the way you explain is simple and impressive ❤

[@Mathematicsforyou]

Thank you so much 😊

[@Lizme03]

Thank you ma'am for the explanation. It was worth watching it.

[@Mathematicsforyou]

Welcome 🤗

[@NavinKumar-xh3ym]

Easy way to understand. Thank you mam 🙂

[@Mathematicsforyou]

Welcome 🙂

[@khalsatechcommunications7297]

Nice explanation mam and very interesting

[@Cricket_Stories86]

Determine whether the matrix is diagonalizable if yes then find modal matrix and diagonal matrix A = [[1, 2], [3, 2]]

[@Mathematicsforyou]

Solve as per example given in video.

[@rameshwarsingh5859]

Nice .

[@Mathematicsforyou]

Thanks.

[@studywithmotivation9058]

Thank you mam 🙏🙏

[@Mathematicsforyou]

Welcome. Please share with your friends too 🙂

[@rickypatel7421]

Thank you 😊

[@Mathematicsforyou]

Welcome 🙂

[@muhammadalamgir2308]

how are u Mam ? Mam why we consider diagonal from left to right in matrix not from right to left ?

[@Mathematicsforyou]

Diagonal is taken from left to right side because of their naming notations. a11 , a22 etc

[@izaminakhter6284]

Very good explanation

[@Mathematicsforyou]

Thanks for appreciation 😌

[@yogeshjoshi1614]

Nice video👍👍

[@Mathematicsforyou]

Thanks.

[@muhammadalamgir2308]

how are u Mam ? Mam is null matrix reduce echelone form of matrix or not?

[@Mathematicsforyou]

According to definition it is correct

[@41-siddharthabehera6]

Thanks ma'am

[@Mathematicsforyou]

Welcome 🤗

[@Abbhhhiiiii]

Excellent.

[@Mathematicsforyou]

Welcome 🙂 keep learning

[@mahanoor8449]

Thank u mam❤❤❤❤

[@Mathematicsforyou]

Welcome 🙂

[@factsthuglife5360]

Amazing mam❤❤

[@Mathematicsforyou]

Welcome 🙂

[@UmerKhan-ro3dy]

Nice

[@Mathematicsforyou]

Thanks 🙂

[@ajaygorai3565]

Thanks ma'am 😊

[@Mathematicsforyou]

Welcome!

[@Callalert]

👌🏻👌🏻👌🏻👌🏻

[@Mathematicsforyou]

Thanks 🙂

[@Callalert]

Nice mam

[@Mathematicsforyou]

Thanks 🙂

[@nikevans6821]

Thanks mam 💫

[@Mathematicsforyou]

Welcome 😊