I think what you mean is equivalent fractions. It means two fractions that are equivalent, or the exact same.
Find the lowest common multiple of the denominators and adjust the fractions accordingly
To find the sum of two mixed numbers, turn the mixed numbers into improper fractions (multiply the base with the denominator and add the numerator), then add the two fractions. To add the two fractions, find the LCD (lowest common denominator) and add the two numerators, but leave the denominators the same.
The answer depends on the binary operator between the two fractions which has not been specified.
if you mean multiplying something by a fraction where the numerator is smaller than the denominator then yes.
You need to order them and then find the middle one (or the mean of the middle two).You need to order them and then find the middle one (or the mean of the middle two).You need to order them and then find the middle one (or the mean of the middle two).You need to order them and then find the middle one (or the mean of the middle two).
I think what you mean is equivalent fractions. It means two fractions that are equivalent, or the exact same.
There are an infinite number of different fractions between two fractions. If you want the one that's exactly in the middle, half-way between them, there's only one of those. It's called the "average" of the two fractions. Find it like this: -- Add the two fractions together. -- Divide the sum by 2 .
Find the lowest common multiple of the denominators and adjust the fractions accordingly
To find the sum of two mixed numbers, turn the mixed numbers into improper fractions (multiply the base with the denominator and add the numerator), then add the two fractions. To add the two fractions, find the LCD (lowest common denominator) and add the two numerators, but leave the denominators the same.
Because to add or subtract two fractions you first have to find equivalent fractions for both which have the same denominator.
If you mean 42 then as improper fractions they are 42/1 and 84/2
multiply the two denominators
The concept of consecutive has no meaning for fractions. This is because there are infinitely many fractions between any two fractions. And between any two of them, there are infinitely many, and so on. As a result, there cannot be any "next" fraction.
two fractions tht go into each other
The answer depends on the binary operator between the two fractions which has not been specified.
The difference between the fractions a/b and c/d = abs[(ad - bc)/bd]