Matrix, Inverse, Determinant - Advanced Engineering Math - Tutorial Slides, Slides of Engineering Mathematics

In these slides a topic of advanced engineering mathematics is explained with help of solved problems. Some keywords from this lecture are: Matrix, Inverse, Determinants, Drill Problems and Solutions, Linear Algebra, Symmetric Matrix, Skew-Symmetric, Upper Triangular Matrix, Lower Triangle Matrix, Diagonal Matrix, Scalar Matrix, Identity or Unit Matrix

Typology: Slides

2012/2013

Uploaded on 10/01/2013

sonu-kap
sonu-kap 🇮🇳

4.4

(40)

162 documents

1 / 19

Toggle sidebar

This page cannot be seen from the preview

Don't miss anything!

bg1
Matrix, Inverse, Determinants
docsity.com
pf3
pf4
pf5
pf8
pf9
pfa
pfd
pfe
pff
pf12
pf13

Partial preview of the text

Download Matrix, Inverse, Determinant - Advanced Engineering Math - Tutorial Slides and more Slides Engineering Mathematics in PDF only on Docsity!

Matrix, Inverse, Determinants

-^ Brief review^ •^ Matrix: Matrix Production and Properties^ •^ Inverse of a Matrix and its Properties^ •^ Determinant and its Properties^ •^ Matrix Related Matlab Functions •^ Drill problems and solutions •^ Q&A

Question 1: give examples to show that the followingproposition is wrong:ଶ^ 1, If^ ܣൌ Ͳǡ

then^ ܣൌ Ͳଶ (^) 2, If ܣܣ ൌ, then^ ܣൌ Ͳ^ or

3, If^ ܻܣ ൌ ܺܣ^

and^ Ͳ ്ܣ^ , then

ܺ ܻൌ docsity.com

Question 1: give examples to show that the followingproposition is wrong:ଶ^ 1, If^ ܣൌ Ͳǡ

then^ ܣൌ Ͳଶ (^) 2, If ܣܣ ൌ, then^ ܣൌ Ͳ^ or

3, If^ ܻܣ ൌ ܺܣ^

and^ Ͳ ്ܣ^ , then

Example:1, 2, 3,

Question 2: A,B are n*n symmetric matrices.Show: AB is symmetric matrix if and only if AB=BA.Proof:^ Sufficiency: If

, then so: Necessity: If^

, then so:

Matrix Related Matlab Functions >>A.^k>>A^k>>AB>>A.B>>inv(A)inverse of matrix A>>A'>>A(:,j)jth column of A>>A(:,m:n)>>A(i,m:n)>>[m n]=size(A)>>size(A,1)>>size(A,2)>>det(A)determinant of matrix A

>>fliplr(A)flip left and right of matrix A>>flipud(A)flip up and down of matrix A>>diag(A)>>diag(A,k)>>eye(n)>>eye(m,n)>>ones(n)>>ones(m,n)>>zeros(n)>>zeros(m,n)>>rank(A)rank of matrix A>>trace(A)trace of matrix A docsity.com