Virtual Gate Test Series: Linear Algebra - Eigen Value

$If \ A = \begin{pmatrix} 1&1 \\ 1&0 \end{pmatrix},\ \alpha M_1+\beta M_2+\gamma M_3,\ where \ M_1 = L_{2x2},\ M_2 = \begin{pmatrix} 0&1 \\ 1&1 \end{pmatrix}\ and \ M_3 =...

Debargha Mitra Roy

112 views

Debargha Mitra Roy asked Jan 8

Linear Algebra
engineering-mathematics
linear-algebra
eigen-value
matrix

+ –

3 votes

2 answers

Prince Sindhiya asked Oct 15, 2018

1,331 views

Virtual Gate Test Series: Linear Algebra - Rank Of The Matrix

Prince Sindhiya

1.3k views

Prince Sindhiya asked Oct 15, 2018

Linear Algebra
engineering-mathematics
linear-algebra
matrix
rank-of-matrix
virtual-gate-test-series

+ –

0 votes

1 answer

Purple asked Jan 30, 2016

1,430 views

Virtual Gate Test Series: Linear Algebra - Matrix(Number Of Solutions)
$1)$ If the row reduced the form of a matrix has more than two non-zero entries in any row, then the corresponding system of equations has Infinitely many solutions. $2)$ If the row reduced the form of a matrix has more ... 2 non zero, then it's good, because then we will have more number of equations? How is the answer C?

$1)$ If the row reduced the form of a matrix has more than two non-zero entries in any row, then the corresponding system of equations has Infinitely many solutions.$2)$ ...

Purple

1.4k views

Purple asked Jan 30, 2016

Linear Algebra
engineering-mathematics
linear-algebra
matrix
number-of-solutions
virtual-gate-test-series

+ –

tags	tag:apple
author	user:martin
title	title:apple
content	content:apple
exclude	-tag:apple
force match	+apple
views	views:100
score	score:10
answers	answers:2
is accepted	isaccepted:true
is closed	isclosed:true

1 1 comment reply

Please log in or register to add a comment.

Please log in or register to answer this question.

0 Answers

Related questions

1 1 comment