| 1 |
In ax<sup>2</sup>+b+c, the co-efficient of x is: |
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| 2 |
The number of terms in a standard quadratic equitation ax<sup>2</sup>+bx+c=0 is: |
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| 3 |
Number of ways to solve quadratic equation are: |
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| 4 |
In ax<sup>2</sup>+b+c, if a = 0 then reduced form is: |
- A. ax<sup>2</sup>+bx
- B. bx+c
- C. c
- D. ax<sup>2</sup>+c
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| 5 |
In equation ax<sup>4</sup>+bx<sup>2</sup>+c=0, we replace: |
- A. x<sup>2</sup> = y
- B. x= y
- C. x<sup>4</sup>= y
- D. x<sup>3</sup>= y
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| 6 |
Factors of x<sup>2</sup>-x-2=0 are: |
- A. (x-1)(x+2)
- B. (x-1)(x-2)
- C. (x-1)(x-2)
- D. (x+1)(x+2)
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| 7 |
An equation of the form 2x<sup>4</sup>-3x<sup>3</sup>+7x<sup>2</sup>-3x+2=0 is called a/an: |
- A. Reciprocal equation
- B. Radicalequation
- C. Exponentialequation
- D. None of these
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| 8 |
Equation is 2x<sup>4</sup>-3x<sup>3</sup>+7x<sup>2</sup>-3x+2=0 called: |
- A. Reciprocal
- B. Radical
- C. Exponential
- D. None
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| 9 |
The number of methods to solve a quadratic equation is: |
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| 10 |
A second degree equation in one variable x is of the form: |
- A. ax<sup>2</sup>+c
- B. ax<sup>2</sup>+bx+c
- C. ax+bx+c
- D. ax<sup>2</sup>+b
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