as few or as many as you want..
anywhere from 1 to Infinity
To divide one fraction by another fraction,flip the second one over and multiply them.
To divide a fraction by a fraction, multiply the first fraction by the reciprocal of the second one.
When dividing one fraction by another, invert the second fraction and multiply them.
Fractions are not integers. They may or may not be rational numbers.
You may be referring to the rule for dividing fractions. To divide one fraction by another, you invert the second fraction (exchange numerator and denominator), and multiply instead.
Invert (flip) the second one, and then multiply them.
1/2 = 10/20, for example.
millionth of a second
Dissimilar fractions may or may not be proper fractions.
Fractions of a second. 1/8 1/16 1/36 1/400 1/4000
Fractions are not integers. They may or may not be rational numbers.
Common denominator
To divide two fractions, invert the second one and multiply. 2/3 ÷ 3/4 = 2/3 x 4/3
One may add, subtract, multiply and divide fractions once one has found the common denominator. Horse Isle Real Time Quiz Answer: common denominator
In order to divide fractions there is a method called the "Kiss and Flip". Basically, two fractions divided by one another is the same thing as one fraction multiplied by the inverse of the second. We will use the fractions 1/5 and 1/4 as our examples...A) 1/5 / 1/4(these are your two fractions)B) 1/5 / 1/4 (the fractions "Kiss" a.k.a. come together in one equation)C) 1/5 X 4/1 (and the second fraction "flips". When the second fraction flips the division sign becomes a multiplication sign)D) 1/5 x 4/1 = 4/5 (at this point you multiply the numerators straight across and then the denominators. This is your answer!)
The answer depends on the binary operator between the two fractions which has not been specified.
To divide fractions, turn the second one over - that is, swap its numerator and denominator - and multiply. Nothing else is necessary. You cross multiply when you have a proportion, that is when you have two ratios that are equal.