To multiply two fractions, multiply the numerators together, then the denominators, then put the new numerator over the new denominator. Simplify if you can. To divide fractions, invert the second fraction and multiply as just described.
When you divide by fractions, you invert and multiply.
In order to divide two fractions, multiply the first times the reciprocal of the second.
" ... multiply by the RECIPROCAL of the divisor.
The dissimilarity of the fractions doesn't matter. To multiply two fractions, multiply the numerators together, then the denominators, then put the new numerator over the new denominator. Simplify if you can. To divide fractions, invert the second fraction and multiply as just described.
multiply and divide fractions!-.-
To multiply two fractions, multiply the numerators together, then the denominators, then put the new numerator over the new denominator. Simplify if you can. To divide fractions, invert the second fraction and multiply as just described.
When you divide by fractions, you invert and multiply.
to change dessimilar fractions to similar fractions you divide
When you add or subtract fractions you cross multiply and when you multiply or divide fractions you across multiply.
invert and multiply
Me is actually not impossible divide fractions. You just take the reciprocal of the dividend and multiply.
In order to divide two fractions, multiply the first times the reciprocal of the second.
Multiply by 1/x
You divide fractions and multiply them
" ... multiply by the RECIPROCAL of the divisor.
I assume you mean, with different denominators. If you want to add the fractions, subtract them, or compare them (determine which one is greater), you have to convert them to similar fractions (fractions with the same denominator) first. Converting to similar fractions is not necessary, and usually doesn't even help, if you want to multiply or divide fractions.