Language menu Multiply fractions: 3/4 × 12/16 = ? Multiplication an outcome of the simple (simple, common) fountain explained

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### Reduce (simplify) fractions to your lowest terms equivalents:

Factor all the number in stimulate to easily reduce (simplify) the end fraction.
Fraction: 3/4 already reduced come the shortest terms. The numerator and denominator have actually no typical prime factors. Your prime factorization: 3 is a prime number, it can not be factored into other element factors; 4 = 22;
Fraction: 12/16 = (22 × 3)/24 = ((22 × 3) ÷ 22)/(24 ÷ 22) = (22 ÷ 22 × 3)/(24 ÷ 22) = (2(2 - 2) × 3)/2(4 - 2) = (20 × 3)/22 = (1 × 3)/22 = 3/4;
>> mitigate (simplify) fractions to their most basic form, digital calculator

## Reduce (simplify) the fraction to its lowest state equivalent:

### Calculate the greatest typical factor, GCF:

Multiply all the common prime factors, by the shortest exponents. But, the numerator and also denominator have actually no common factors. Gcf(32; 24) = 1
>> calculate the greatest usual factor, GCF, online calculator

### Divide the numerator and denominator by GCF.

The numerator and denominator the the fraction are coprime number (no usual prime factors, GCF = 1). The portion cannot be reduced (simplified): irreducible fraction.

## As a percentage: 3/4 × 12/16 = 56.25%

### exactly how to main point the simple fractions: 9/15 × - 16/21

Writing numbers: comma "," offered as a thousands separator; suggest "." offered as a decimal mark; Symbols: / fraction bar; ÷ divide; × multiply; + plus; - minus; = equal; ≈ approximation;

## Multiply plain fractions, digital calculator

Enter simple fractions to multiply, ie: 6/9 * -8/36 * 12/-90:

## The latest fractions multiply

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## How to multiply 2 fractions?

When we multiply plain fractions, the end portion will have: together a numerator, the result of multiplying every the molecule of the fractions, together a denominator, the an outcome of multiplying every the platform of the fractions. A/b × c/d = (a × c) / (b × d) a, b, c, d are integer numbers; if the pairs (a × c) and (b × d) room not coprime (they have typical prime factors) the end fraction should be lessened (simplified) to reduced terms.

### How to multiply plain fractions? Steps.

Start by reducing fountain to reduced terms (simplifying). Factor the numerators and also the denominators of the diminished fractions: rest them under to their prime factors. Above the portion bar we compose the product of all the prime determinants of the fractions" numerators, without doing any kind of calculations. Below the portion bar we compose the product of all the prime factors of the fractions" denominators, without doing any kind of calculations. Cross the end all the typical prime components that appear both above and below the fraction bar. Multiply the continuing to be prime factors over the portion bar - this will be the numerator of the result fraction. Multiply the continuing to be prime factors below the fraction bar - this will certainly be the denominator of the result fraction. Over there is no require to reduce (simplify) the resulting fraction, since we have already crossed the end all the typical prime factors. If the resulted portion is an wrong one (without considering the sign, the molecule is bigger than the denominator), it might be created as a combined number, consists of one integer and also a proper fraction of the exact same sign. ... Read the remainder of this article, here: exactly how to multiply ordinary (common) fractions?

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