when multiplying fractions you have to multiply top with top and bottom with bottom
2/3 x 4/5 = (2 x 4)/(3 x 5) = 6/20
which happens to simplify to 3/10 or 0.3
let A equal a whole number
A = A/1
and anything x1 remains the same
therefore when multiplying a whole fraction the denominator (bottom) will not change
2 x 3/5 =
2/1 x 3/5 =
(2 x 3)/(1 x 5) =
6/5
the result is not always improper but easily can be.
A number multiplied by 1 is equal to the original number. So: For fractions where the numerator (top) is LESS than the deonominator (bottom), the product will be LESS than the original number, because the fraction has a value of LESS than 1. For fractions where the numerator is MORE than the denominator, the product will be MORE than the original number because the fraction has a value of MORE than 1. For fractions where the numerator and denominator are the same, the product will be the same as the original number because the fraction has a value equal to 1.
You multiply the whole number and the denominator. Then then you add the numerator to the product. Numerator: top of fraction Denominator: bottom of fraction Product: is when you multiply, for example 4 x 4 = 16 so 16 is the product.
when you add mixed numbers you have a whole number but adding fraction does not.
The terms for fractions are common, improper and mixed numeral.Common fractions have a numerator that is smaller than the denominator.Improper fractions have a greater numerator than denominator.Mixed numeral has a whole number next to a common fraction.
A mixed number. Some people call them mixed fractions.
If you express the whole number w, as w/1, then there is no difference whatsoever.
They are the same. If you write the whole number p in the form of the fraction, p/1, you would see absolutely no difference.
A simple fraction is a fraction that is a whole number divided by a whole number. Complex fractions can have fractions inside of fractions.
A number multiplied by 1 is equal to the original number. So: For fractions where the numerator (top) is LESS than the deonominator (bottom), the product will be LESS than the original number, because the fraction has a value of LESS than 1. For fractions where the numerator is MORE than the denominator, the product will be MORE than the original number because the fraction has a value of MORE than 1. For fractions where the numerator and denominator are the same, the product will be the same as the original number because the fraction has a value equal to 1.
taking two fractions. and cross multiply. all fraction has a numerator (top number) and a denominator (bottom number). multiply the numerator to the other fraction's denominator and the denominator to the other fraction's numerator to get the product.
They can show the same number, just in different ways. You can convert fractions into decimals or decimals into fractions.
Any whole number, n, can be written as the fraction n/1.Multiplication of a fraction, p/q by a whole number n is the same as multiplying p/q by n/1.Furthermore, the process of multiplying proper fractions and improper fractions is the same and that gives the equality of the two processes.
Well there are different kinds of fractions their are mixed numbers, regular fractions and improper fractionsThere are 5 kinds of fraction. Proper fraction, improper fraction, mixed number, unit fraction, and equivalent fractions. An example of a proper fraction is 3/4. An example of an improper fractions is 13/12. An example of a mixed number is 1 1/4. An example of a unit fraction is 1/3. An example of equivalent fractions is 4/8=1/2.I hope you like my answer... :)
You can't. Improper and proper fractions are two different things. You can convert an improper fraction to a mixed number.
There are many different kinds of fractions, some rational and some irrational.
unlike denominators: the bottom number of a fraction. to have unlike denominators you must have two fractions with a different number on the bottom of each fraction.
The sum of two fractions will only be a whole number if the fractions have a common denominator. When the denominators are different, the sum will be a fraction with a different denominator, making it impossible to be a whole number. Thus, estimating the sum of two fractions will generally result in a fraction, not a whole number.