1 |
Simultaneous equations can be solved in ways. |
2
3
4
5
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2 |
A set of simultaneous equation is called set of inconsistent equation if: |
Value of one of the unknown obtained
Value of one of the unknown obtained
Values of all the unknown obtained
None of these
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3 |
System of simultaneous equations is solved by: |
Factorization
Subtraction of addition
Substitution
Both b and c
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4 |
Solution set of equations 4x + 5y = 40 and 3x + 2y = 23 is: |
{ (4,5) }
{ (5, 4) }
{ (-5, 4) }
{ -4, -5) }
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5 |
If 32x + a = 10 3x in transformed from is y2 + 9 = 10y, then the transformation is: |
3<sup>2x</sup> = y
3<sup>x</sup> = y
1/3<sup>x</sup> = y
None of these
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6 |
Equation of the form ax4 + bx3 + bx + a is: |
Polynomial
Reciprocal
Irrational
None of these
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7 |
In quadratic equation the variable has degree: |
1
2
More than 2
Less than 2
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8 |
Factorization is one of the method use to solve: |
ax + b = 0
ax2 + bx + C = 0
ax3 + bx + c = 0
None of these
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9 |
Two consecutive odd integers are: |
x and (x + 2)
(x + 1) and (x + 3)
2x, (2x + 2)
(2x + 1) and (2x + 3)
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10 |
A linear equation always has: |
Three roots
Two roots
One root
No root
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11 |
The sign of every equation is: |
≠
=
<u>></u>
<u><</u>
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12 |
If every element of matrix is zero that matrix is called: |
Null matrix
Square matrix
Identity matrix
Row matrix
|
13 |
If matrix contains single column and 3 rows then this type of matrix is called. |
Row matrix
Column matrix
Null matrix
Identity matrix
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14 |
How many methods are used to solve quadratic equations. |
3
4
5
6
|
15 |
If A is matrix of order m x n then to get AB, the matrix be must be of order. |
m x m
p x p
m x p
n x p
|