Math, asked by pragatihingawe02, 20 days ago

What is the type of the matrix
[-2.]
7​

Answers

Answered by polosabarish
0

Type of Matrix Details

Row Matrix A = [aij]1×n

Column Matrix A = [aij]m×1

Zero or Null Matrix A = [aij]mxn where, aij = 0

Singleton Matrix A = [aij]mxn where, m = n =1

Horizontal Matrix [aij]mxn where, n > m

Vertical Matrix [aij]mxn where, m > n

Square Matrix [aij]mxn where, m = n

Diagonal Matrix A = [aij] when i ≠ j

Scalar Matrix A = [aij]mxn where, aij = \left \{\begin{matrix} 0, & i\ne j \\ k, & i=j \\ \end{matrix}\right \}{

0,

k,

 

i

=j

i=j

} where k is a constant.

Identity (Unit) Matrix A = [aij]m×n where, {{a}_{ij}}=\left\{ \begin{matrix} 1, & i=j \\ 0, & i\ne j \\ \end{matrix} \right.a

ij

={

1,

0,

 

i=j

i

=j

Equal Matrix A = [aij]mxn and B = [bij]rxs where, aij = bij, m = r, and n = s

Triangular Matrices Can be either upper triangular (aij = 0, when i > j) or lower triangular (aij = 0 when i < j)

Singular Matrix |A| = 0

Non-Singular Matrix |A| ≠ 0

Symmetric Matrices A = [aij] where, aij = aji

Skew-Symmetric Matrices A = [aij] where, aij = aji

Hermitian Matrix A = Aθ

Skew – Hermitian Matrix Aθ = -A

Orthogonal Matrix A AT = In = AT A

Idempotent Matrix A2 = A

Involuntary Matrix A2 = I, A-1 = A

Nilpotent Matrix ∃ p ∈ N such that AP = 0

Answered by somyadhiman67
0

Answer:

-2

Step-by-step explanation:

is the correct option of your answer thank you

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