24/207 + 24 = ? Adding Ordinary (Simple, Common) Math Fractions Calculator, Addition Explained Step by Step

The executed operation (with ordinary fractions):
24/207 + 24

Reduce (simplify) fractions to their lowest terms equivalents:

Fraction: 24/207 = (23 × 3)/(32 × 23) = ((23 × 3) ÷ 3)/((32 × 23) ÷ 3) = 8/69;

Reduce (simplify) fractions to their simplest form, online calculator


Rewrite the equivalent simplified operation:

24/207 + 24 =


8/69 + 24 =


24 + 8/69

Rewrite the expression:

As a mixed number (also called a mixed fraction):

Mixed number = a whole number and a proper fraction, of the same sign.


Proper fraction = numerator smaller than denominator.


24 + 8/69 = 24 8/69

As a positive improper fraction (numerator >= denominator):

24 + 8/69 =


(24 × 69)/69 + 8/69 =


(24 × 69 + 8)/69 =


1,664/69

As a decimal number:

24 + 8/69 =


24 + 8 ÷ 69 ≈


24.115942028986 ≈


24.12

As a percentage:

24.115942028986 =


24.115942028986 × 100/100 =


(24.115942028986 × 100)/100 =


2,411.594202898551/100


2,411.594202898551% ≈


2,411.59%

>> Convert fractions to percentages, online calculator


The final answer:
:: written in four ways ::

As a mixed number (also called a mixed fraction):
24/207 + 24 = 24 8/69

As a positive improper fraction (numerator >= denominator):
24/207 + 24 = 1,664/69

As a decimal number:
24/207 + 24 ≈ 24.12

As a percentage:
24/207 + 24 ≈ 2,411.59%

How to subtract the ordinary fractions:
- 28/213 - 30/3

Writing numbers: comma ',' used as a thousands separator; point '.' used as a decimal mark; numbers rounded to max. 12 decimals (whenever the case);

Symbols: / fraction bar; ÷ divide; × multiply; + plus; - minus; = equal; ≈ approximation;

Add ordinary fractions, online calculator

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How to: Adding ordinary (simple, common) math fractions. Steps.

There are two cases regarding the denominators when we add ordinary fractions:

  • A. the fractions have like denominators;
  • B. the fractions have unlike denominators.

A. How to add ordinary fractions that have like denominators?

  • Simply add the numerators of the fractions.
  • The denominator of the resulting fraction will be the common denominator of the fractions.
  • Reduce the resulting fraction.

An example of adding ordinary fractions that have like denominators, with explanations

  • 3/18 + 4/18 + 5/18 = (3 + 4 + 5)/18 = 12/18;

  • We simply added the numerators of the fractions: 3 + 4 + 5 = 12;
  • The denominator of the resulting fraction is: 18;
  • The resulting fraction is being reduced: 12/18 = (12 ÷ 6)/(18 ÷ 6) = 2/3.

  • How to reduce (simplify) the common fraction 12/18?

B. To add fractions with different denominators (unlike denominators), build up the fractions to the same denominator. How is it done?

  • 1. Reduce the fractions to the lowest terms (simplifying).

  • 2. Calculate the least common multiple, LCM, of all the fractions' new denominators:

    • LCM is going to be the common denominator of the added fractions.
    • Factor all the new denominators of the reduced fractions (run the prime factorization).
    • The least common multiple, LCM, is the product of all the unique prime factors of the denominators, taken by the largest exponents.
    • Calculate LCM, the least common multiple of numbers.

  • 3. Calculate each fraction's expanding number:

    • The expanding number is the non-zero number that will be used to multiply both the numerator and the denominator of each fraction, in order to build all the fractions up to the same common denominator.
    • Divide the least common multiple, LCM, calculated above, by each fraction's denominator, in order to calculate each fraction's expanding number.
  • 4. Expand each fraction:

    • Multiply each fraction's both numerator and denominator by expanding number.
    • At this point, fractions are built up to the same denominator.
  • 5. Add the fractions:

    • In order to add all the fractions simply add all the fractions' numerators.
    • The end fraction will have as a denominator the least common multiple, LCM, calculated above.
  • 6. Reduce the end fraction to the lowest terms, if needed.

... Read the rest of this article, here: How to add ordinary (common) fractions?

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