33 and

Reduce (simplify) the fractions to their lowest terms equivalents:

The numerator and denominator have no common prime factors:

39 = 3 × 13

5 is a prime number.

The final answer:

The initial fractions sorted in ascending order:

Compare and sort the fractions: 33 and ^{39}/_{5} | Jan 31 19:11 UTC (GMT) |

Compare and sort the fractions: - ^{5}/_{76} and - ^{14}/_{82} | Jan 31 19:10 UTC (GMT) |

Compare and sort the fractions: ^{11}/_{4} and ^{22}/_{8} | Jan 31 19:10 UTC (GMT) |

Compare and sort the fractions: ^{1}/_{2} and ^{1}/_{6} | Jan 31 19:10 UTC (GMT) |

Compare and sort the fractions: ^{8}/_{13} and ^{12}/_{17} | Jan 31 19:10 UTC (GMT) |

See all the common ordinary fractions compared by the users... | |

See all the common ordinary fractions sorted in ascending order... |

- Any positive fraction is larger than any negative fraction:
- ie:
^{4}/_{25}> -^{19}/_{2}

- Any positive improper fraction is larger than any positive proper fraction:
- ie:
^{44}/_{25}> 1 >^{19}/_{200} - Any negative improper fraction is smaller than any negative proper fraction:
- ie: -
^{44}/_{25}< -1 < -^{19}/_{200}

- The fractions are equal:
- ie:
^{89}/_{50}=^{89}/_{50}

**Positive fractions**: compare the numerators, the larger fraction is the one with the larger numerator:- ie:
^{24}/_{25}>^{19}/_{25} **Negative fractions**: compare the numerators, the larger fraction is the one with the smaller numerator:- ie: -
^{19}/_{25}< -^{17}/_{25}

**Positive fractions**: compare the denominators, the larger fraction is the one with the smaller denominator:- ie:
^{24}/_{25}>^{24}/_{26} **Negative fractions**: compare the denominators, the larger fraction is the one with the larger denominator:- ie: -
^{17}/_{25}< -^{17}/_{29}

- To compare them, fractions should be built up to the same denominator (or if it's easier, to the same numerator).
#### Read the rest of this article, here: How to compare and sort two fractions with unlike (different) denominators (and different numerators)