2 over 8 and 3 over 12.
Equivalent fractions for two-ninths are 4/18ths, 6/27ths, 8/36ths, etc.
3 over 4
You divide fractions by fractions by multiplying by the inverse. For instance, 1/3 divided by 3/4 is the same as 1/3 multiplied by 4/3, which is 4/9.
4/3
16/24, 4/6, and 2/3
2 over 8 and 3 over 12.
Equivalent fractions for two-ninths are 4/18ths, 6/27ths, 8/36ths, etc.
To solve a problem like this, minus the whole numbers seperately from the fractions. First of all, 6 - 2 = 4. Now for the fractions... 1/3 - 4/9 ...The first fraction can be multiplied by 3 on top and bottom so that both fractions have a common denominator. That would leave us with: 3/9 - 4/9 = -1/9 4 - 1/9 = 3 and 8/9 (Three and eight ninths)
Many fractions are equal to 48. 96/2, 144/3, and even 48/1 are all fractions that are equal to 48. Perhaps you mean 4/8 though, and 1/2, 2/4 and 3/6 are all equal to 4/8.
2/4, 3/6, 4/8 and so on.
Sixths and ninths.
Rewriting input as fractions if necessary: 3/7, 5/4, 2/6The least common denominator (LCD) is: 84.Rewriting as equivilant fractions with the LCD: 36/84, 105/84, 28/84Ordering these fractions by the numerator: 28/84
To subtract two fractions, they must have a common denominator. In this case, the common denominator is 9. So, convert 2/3 to 6/9. Then, subtract 6/9 - 4/9 to get 2/9 as the result.
4/9 = 8/18 = 12/27 = 16/36 = 20/45 . . .
There is an infinite number of fractions that are all equivalent to one third. Here are a few of them: 2/6 3/9 4/12 19/57 264/792
3 over 4