# Waecmaths

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

Question 12 |
Which of the following lines represents the solution of the inequality $7x<9x-4$? |

Question 7 |
Which of the following number lines represents the solution to the inequality: $-9\le \tfrac{2}{3}x-7<5$ |

Question 9 |
Given that I II. III. |

Question 10 |
Represent the inequality $-7<4x+9\le 13$ on a number line |

Question 14 |
Solve the inequality: $-\frac{m}{2}-\frac{5}{4}\le \frac{5m}{12}-\frac{7}{6}$ |

Question 48 |
Illustrated the inequality $-1<3x+5<14$ on a number line |

Question 16 |
Solve the inequality $3(x+1)\le 5(x+2)+15$ |

Question 33 |
The shaded portion in the diagram is the solution |

Question 9 |
Which of the following number lines illustrates the solution of the inequality $4\le \tfrac{1}{3}(2x-1)<5$? |

Question 15 |
Which of the following illustrates the solution of $\left( \frac{3x+4}{2} \right)<x+3$ |

Question 41 |
Solve the inequality $1-2x<-\tfrac{1}{3}$ |

Question 42 |
For what range of values of |

Question 43 |
Which of the number line represent the inequality $-3\le x\le 4$ |

Question 6 |
Which of the following statements is true for the set $P=\{-3.2\le x<5\}$ where |

Question 44 |
For what range of values of |

Question 14 |
Represent the solution of the inequality $\frac{x-2}{2}\ge \frac{x+3}{4}$ on the number line |

Question 38 |
Illustrate graphically, the solution of $\frac{y}{2}+\frac{1}{8}>\frac{5y}{8}$ |

Question 46 |
Represent the solution of $3x+15>0$ on a number line |