Simplify the operation
Reduce (simplify) the fractions to their lowest terms equivalents:
- To reduce a fraction to the lowest terms equivalent: divide both the numerator and denominator by their greatest common factor, GCF.
The fraction: 48/57
- The prime factorizations of the numerator and denominator:
- 48 = 24 × 3
- 57 = 3 × 19
- Multiply all the common prime factors: if there are repeating prime factors we only take them once, and only the ones having the lowest exponent (the lowest powers).
- GCF (48; 57) = 3
48/57 = (48 ÷ 3)/(57 ÷ 3) = 16/19
The fraction can also be reduced without calculating GCF; factor the numerator and denominator and cross out all the common prime factors:
48/57 = (24 × 3)/(3 × 19) = ((24 × 3) ÷ 3)/((3 × 19) ÷ 3) = 16/19
The fraction: 97/246
97/246 is already reduced to the lowest terms.
The numerator and denominator have no common prime factors:
- 97 is a prime number.
- 246 = 2 × 3 × 41
- GCF (97; 246) = 1
The fraction: 129/355
129/355 is already reduced to the lowest terms.
The numerator and denominator have no common prime factors:
- 129 = 3 × 43
- 355 = 5 × 71
- GCF (129; 355) = 1
The fraction: 44/149
44/149 is already reduced to the lowest terms.
The numerator and denominator have no common prime factors:
- 44 = 22 × 11
- 149 is a prime number.
- GCF (44; 149) = 1
The fraction: 73/551
73/551 is already reduced to the lowest terms.
The numerator and denominator have no common prime factors:
- 73 is a prime number.
- 551 = 19 × 29
- GCF (73; 551) = 1
The fraction: 81/646
81/646 is already reduced to the lowest terms.
The numerator and denominator have no common prime factors:
- 81 = 34
- 646 = 2 × 17 × 19
- GCF (81; 646) = 1
Calculate the expanding number of each fraction:
Divide the LCM by the numerator of each fraction.
16/19 ⟶ 4,340,709,648 ÷ 16 = (24 × 34 × 11 × 43 × 73 × 97) ÷ 24 = 271,294,353
97/246 ⟶ 4,340,709,648 ÷ 97 = (24 × 34 × 11 × 43 × 73 × 97) ÷ 97 = 44,749,584
129/355 ⟶ 4,340,709,648 ÷ 129 = (24 × 34 × 11 × 43 × 73 × 97) ÷ (3 × 43) = 33,648,912
44/149 ⟶ 4,340,709,648 ÷ 44 = (24 × 34 × 11 × 43 × 73 × 97) ÷ (22 × 11) = 98,652,492
73/551 ⟶ 4,340,709,648 ÷ 73 = (24 × 34 × 11 × 43 × 73 × 97) ÷ 73 = 59,461,776
81/646 ⟶ 4,340,709,648 ÷ 81 = (24 × 34 × 11 × 43 × 73 × 97) ÷ 34 = 53,589,008
Make the numerators of the fractions the same:
- Expand each fraction: multiply both its numerator and denominator by its corresponding expanding number, calculated above.
- This way all the fractions will have the same numerator:
16/19 = (271,294,353 × 16)/(271,294,353 × 19) = 4,340,709,648/5,154,592,707
97/246 = (44,749,584 × 97)/(44,749,584 × 246) = 4,340,709,648/11,008,397,664
129/355 = (33,648,912 × 129)/(33,648,912 × 355) = 4,340,709,648/11,945,363,760
44/149 = (98,652,492 × 44)/(98,652,492 × 149) = 4,340,709,648/14,699,221,308
73/551 = (59,461,776 × 73)/(59,461,776 × 551) = 4,340,709,648/32,763,438,576
81/646 = (53,589,008 × 81)/(53,589,008 × 646) = 4,340,709,648/34,618,499,168