This has the effect of producing a denominator in the answer that has each of the original denominators as factors. You don't have to worry about simplifying the fractions before multiplying. Of course, you may have to simplify after multiplying. There's no way out.
Multiply or divide both the numeraters and the denominators the same using GCF.Then look at the numeraters. Good luck!!!!!!!
If the denominators are not the same, then you have to use equivalent fractions which do have a common denominator . To do this, you need to find the least common multiple (LCM) of the two denominators. To add fractions with unlike denominators, rename the fractions with a common denominator. Then add and simplify.
If the denominators are not the same, then you have to use equivalent fractions which do have a common denominator . To do this, you need to find the least common multiple (LCM) of the two denominators. To add fractions with unlike denominators, rename the fractions with a common denominator. Then add and simplify.
In order to multiply fractions, simply multiply the numerators with numerators and the denominators with denominators to get the product. If possible, reduce the product in its lowest terms. Example: 2/3 X 12/5 = (2 X 12) / (3 x 5) = 24/15 = 8/5.
multiply the denominators
No.
Exactly the same as you do when multiplying fractions with different denominators. -- Multiply numerators . . . the product is the numeratore of the answer. -- Multiply denominators . . . the product is the denominator of the answer.
You multiply the fractions until the denominators are equal. Then, you subtract.
multiply the fractions until they have common denominators and then subtract them
Multiply them by each other.
Multiply the numerators together then multiply the denominators. Reduce as needed.
When dividing fractions, the denominators don't matter. Multiply the first fraction by the reciprocal of the second.
Yes. When multiplying and dividing fractions your denominators do not have to be the same. The denominators only haveto be the same if you are subtracting or adding them.
true
-- Multiply their numerators to get the numerator of their product. -- Multiply their denominators to get the denominator of their product.
YES.