First change the mixed numbers into improper fractions by multiplying the denominator and the whole number and add the product to the numerator in the mixed numbers and then multiply the numerators and the denominators and divide the numerator by the denominator of the product.
The product of two mixed numbers is always greater than one (assuming that both of the mixed numbers themselves are greater than one.)
No, the product of two positive mixed numbers can never be less than one.
In any case, being the product of two rational numbers, it will also be rational. It can either be another mixed number, or it may happen to be an integer.
Find the sum of two mixed numbers by applying the procedure for adding mixed numbers, Solve a real-world problem by subtracting mixed numbers.
The sum of two numbers is 20 and their product is 96. Find the numbers.
You need at least two numbers to find a product.
Two or more numbers are needed to find their product
It is a positive.
Change the mixed numbers to improper fractions, find a common denominator and proceed.
if the product of two numbers is 810 if there hcf is 9 find Lcm
Change each mixed fraction to an improper fraction. Do this by multiplying the denominator by the whole number next to the fraction and then adding the numerator to the product you get. Once you do this, multiply fractions normally.
A product cannot exist of a single number - a product is formed by multiplying two separate numbers.
Product = multiply.
Two or more numbers are normally needed to find the product
Two or more numbers are needed to find their product in multiplication.
Just multiply the numerator by the whole number, and keep the same denominator. After you do that, chances are that you'll have to simplify the fraction to a mixed number.
Find two consecutive numbers with the value of 4160