if a and adj a are non-singular square matrices of order n, then adj | class 12 maths | doubtnut
Published 2 years ago • 50 plays • Length 5:45
Download video MP4
Download video MP3
Similar videos
-
2:44
if a, b are non singular square matrices of same order, then adj(ab) = (adjb)(adja) | 11 | matri...
-
1:27
if a is a non-singular matrix of order n, then a(adj a)= | 12 | matrices | maths | nikita public...
-
3:51
if a is a non-singular matrix, then a (adj.a)= | 12 | matrices | maths | marvel publication | do...
-
3:09
if a is a non singular square matrix; then `adj(adja) = |a|^(n-2) a`
-
2:43
if a is non-singular matrix of order n such that |a|=d and |adj.a|=d', then : | 12 | matrices | ...
-
8:05
mathematics: adjoint & inverse of matrix
-
16:46
how to multiply matrices
-
28:15
how to find the inverse of a matrix using the determinant and the adjoint (adjugate)
-
1:54
if a and b are non-singular matrices, then | 12 | matrices | maths | nikita publication | doubt...
-
2:03
if a, b are square matrices of order 3, a is non-singular and ab=0, then b is a | 12 | matrices...
-
3:44
if a,b are non-singular square matrices of same order; then `adj(ab) = (adjb)(adja)`
-
1:27
if a, b are non-singular square matrices of the same order, then(ab^(-1))^(-1) = | class 12 | ...
-
2:45
12th std maths theorem 1.10 if a and b are any two non singular square matrices of order n then adj(
-
9:46
if a is non singular matrix of order n then |adj.a|=|a|ⁿ⁻¹ / adj(adj.a)=|a|ⁿ⁻² a /bsc 1st year math
-
2:02
if a is a non-singular matrix of order 3, then |adja^(3)|= | 12 | matrices | maths | nikita publ...
-
0:33
multiplication of matrices class 9
-
1:12
if a is a singular matrix, then adj a is (a) singular (b) non-singular (c) symmetric (d) not defi...
-
2:27
let a be a non-singular square matrix of order n. then; `|adja| = |a|^(n-1)`
-
3:10
if a is a non singular square matrix then `|adj.a|` is equal to (a) `|a|` (b) `|a|^(n-2)`
-
2:15
if a and b are two invertible matrices of the same order, then adj (ab) is equal to -
Clip.africa.com - Privacy-policy