The operation of sorting fractions in ascending order:
- 882/517, - 609/355, - 559/319
Analyze the fractions to be compared and ordered, by category:
negative improper fractions: - 882/517, - 609/355, - 559/319;
Reduce (simplify) fractions to their lowest terms equivalents:
- 882/517 already reduced to the lowest terms;
the numerator and denominator have no common prime factors:
882 = 2 × 32 × 72;
517 = 11 × 47;
- 609/355 already reduced to the lowest terms;
the numerator and denominator have no common prime factors:
609 = 3 × 7 × 29;
355 = 5 × 71;
- 559/319 already reduced to the lowest terms;
the numerator and denominator have no common prime factors:
559 = 13 × 43;
319 = 11 × 29;
To sort fractions in ascending order, build up their denominators the same.
Calculate LCM, the least common multiple of the denominators of the fractions.
LCM will be the common denominator of the compared fractions.
In this case, LCM is also called LCD, the least common denominator.
The prime factorization of the denominators:
517 = 11 × 47
355 = 5 × 71
319 = 11 × 29
Multiply all the unique prime factors, by the largest exponents:
LCM (517, 355, 319) = 5 × 11 × 29 × 47 × 71 = 5,322,515
Calculate the expanding number of each fraction
Divide LCM by the denominator of each fraction:
For fraction: - 882/517 is 5,322,515 ÷ 517 = (5 × 11 × 29 × 47 × 71) ÷ (11 × 47) = 10,295
For fraction: - 609/355 is 5,322,515 ÷ 355 = (5 × 11 × 29 × 47 × 71) ÷ (5 × 71) = 14,993
For fraction: - 559/319 is 5,322,515 ÷ 319 = (5 × 11 × 29 × 47 × 71) ÷ (11 × 29) = 16,685
Expand the fractions
Build up all the fractions to the same denominator (which is LCM).
Multiply the numerators and denominators by their expanding number:
- 882/517 = - (10,295 × 882)/(10,295 × 517) = - 9,080,190/5,322,515
- 609/355 = - (14,993 × 609)/(14,993 × 355) = - 9,130,737/5,322,515
- 559/319 = - (16,685 × 559)/(16,685 × 319) = - 9,326,915/5,322,515
The fractions have the same denominator, compare their numerators.
The larger the numerator the smaller the negative fraction.
::: Comparing operation :::
The final answer: