# Waecmaths

Title | waecmaths question |
---|---|

Question 32 |
Find the values of |

Question 34 |
The graph of the relation $y={{x}^{2}}+2x-k$ passes through the points (2,0). Find the value of |

Question 45 |
Given that $P={{x}^{2}}+4x+2,\text{ }Q=2x-1\text{ and }Q-P=2$ find |

Question 16 |
Form the equation whose roots are \[x=\tfrac{1}{2}\text{ and }-\tfrac{2}{3}\] |

Question 39 |
Find the smaller value of |

Question 45 |
If the sum of the roots of the equation $(x-p)(2x+1)=0$ is 1. find the value of |

Question 48 |
If ${{x}^{2}}+kx+\tfrac{16}{9}$ is a perfect square. Find the value of |

Question 10 |
The roots of a quadratic equation are$\tfrac{4}{3}$and $-\tfrac{3}{7}$. Find the equation. |

Question 11 |
Find the value of |

Question 37 |
If |

Question 50 |
Find the quadratic equation whose roots are – ½ and 3 |

Question 41 |
Which of the following is a factor of $2-x-{{x}^{2}}$ |

Question 20 |
What must be added to ${{x}^{2}}-3x$ to make it a perfect square? |

Question 9 |
Find the equation whose roots are ¾ and –4 |

Question 11 |
Adding 42 to a given positive number gives the same result as squaring the number. Find the number. |

Question 12 |
Ada draws a graph of $y={{x}^{2}}-x-2$and $y=2x-1$on the same axes. Which of the these equations is she solving |

Question 5 |
Find the equation whose roots are 2 and $-3\tfrac{1}{2}$ |

Question 13 |
Expand $(2x-3y)(x-5y)$ |

Question 26 |
Given that one of the roots of the equation $2{{x}^{2}}+(k+2)x+k=0$ is 2. Find the value of |

Question 44 |
For what value of |

Question 11 |
One factor of $7{{x}^{2}}+33x-10$ is |

Question 40 |
The roots of a quadratic equation are $-\frac{1}{2}$ and $\frac{2}{3}$ . Find the equation |

Question 49 |
The graph of $a{{x}^{2}}+bx+c$ is shown in the diagram. Find the minimum of |

Question 12 |
A curve is such that when |

Question 33 |
Find the values of |

Question 34 |
Solve the equation 2 |

Question 50 |
The graph of |

Question 13 |
Solve $4{{x}^{2}}-16x+15=0$ |

Question 20 |
Simplify $\frac{{{x}^{2}}-5x-14}{{{x}^{2}}-9x+14}$ |