1 |
If A is any matrix then its additive inverse is |
A
A<sup>-1</sup>
A<sup>t</sup>
-A
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2 |
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3 |
The transport of a rectangular matrix is a |
Square matrix
Rectangular matrix
Row matrix
Column matrix
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4 |
The transport of a square matrix is a |
Row matrix
Column matrix
Square matrix
Null matrix
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5 |
The transport of a null matrix is |
Row matrix
Column matrix
Square matrix
Null matrix
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6 |
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7 |
Two matrices A and B are conformable for the product AB if |
Both A and B are square
Both A and B are symmetric
Number of rows of A = number of columns of B
Number of columns of A = number of rows of B
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8 |
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3 x 1
1 x 3
3 x 3
1 x 1
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9 |
In order of A is m x n and order of B is n x p then order of AB is |
m x m
n x n
m x p
p x m
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10 |
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Square matrix
Row matrix
Symmetric matrix
Null matrix
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11 |
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Hermitian matrix
Skew-hermitian matrix
Symmetric matrix
Identity matrix
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12 |
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Identity matrix
Diagonal matrix
Null matrix
Hermitian matrix
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13 |
A square matrix A for which At= -A is called a |
Column matrix
Symmetric matrix
Skew-symmetric matrix
Row matrix
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14 |
A square matrix A for which At= A is called a |
Column matrix
Symmetric matrix
Skew-symmetric matrix
Row matrix
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15 |
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Scalar matrix
Identity matrix
Null matrix
Symmetric matrix
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16 |
A diagonal matrix in which the diagonal elements are equal is called a |
Null matrix
Identity matrix
Scalar matrix
Row matrix
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17 |
A square matrix all of whose elements except the main diagonal are zeros is called a |
Null matrix
Singular matrix
Symmetric matrix
Diagonal matrix
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18 |
A matrix with a single column is called |
Column matrix
Row matrix
Identity matrix
Null matrix
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19 |
A matrix with a single row is called a |
Column matrix
Row matrix
Null matrix
Identity matrix
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20 |
A matrix in which the number of rows is equal to the number of columns is called a |
Diagonal matrix
Rectangular matrix
Square matrix
Scalar matrix
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21 |
A matrix in which the number of rows is not equal to the number of columns is called a |
Diagonal matrix
Rectangular matrix
Square matrix
Scalar matrix
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22 |
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2 x 2
2 x 3
3 x 2
3 x 3
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23 |
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2 x 2
2 x 3
3 x 2
3 x 3
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24 |
The order of the matrix [1 2 3] is |
1 x 1
3 x 3
3 x 1
1 x 3
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25 |
If there are m rows and n columns in a matrix then its order is |
m x n
m x m
n x n
n x m
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26 |
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27 |
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Biconditional
Implication
Antecedent
Hypothesis
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28 |
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Conclusion
Implication
Antecedent
Hypothesis
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29 |
If we have a statement "if p then q" then q is called |
Conclusion
Implication
Unknown
Hypothesis
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30 |
If p and q are two statements then their biconditional 'p if q' is denoted by |
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