A binomial has two terms, while a trinomial has 3 terms. So both terms of the binomial will multiply each term of the trinomial (distribution property). After the multiplication you'll have 6 terms. Look for like terms, if there are, combine them.
Because you multiply 3 different terms for volume: length, width, and height
3x3x3 is equal to 27. This is because when you multiply 3 by 3, you get 9, and then when you multiply that result by 3 again, you get 27. In mathematical terms, this is written as 3^3, where the small 3 as a superscript indicates that 3 is being multiplied by itself three times.
-- Multiply the numerators to get the numerator of the product.-- Multiply the denominators to get the denominator of the product.-- Simplify the product (reduce to lowest terms).(10/33) x (3/8) = 30/264 = 5/44
multiply 3 subtract 2
If you multiply both terms of 2 3 by 4 you get an equivalent fraction?In:Math and Arithmetic[Edit categories]
no . It Is necessary to multiply both terms . so no would be your answer.
A binomial has two terms, while a trinomial has 3 terms. So both terms of the binomial will multiply each term of the trinomial (distribution property). After the multiplication you'll have 6 terms. Look for like terms, if there are, combine them.
"Squared" means to multiply a number by itself. For example, 3 squared (32) is 3 x 3, which = 9.
It means multiply by two. As in "what is twice 3" that means what is 3x2.
Because you multiply 3 different terms for volume: length, width, and height
3x3x3 is equal to 27. This is because when you multiply 3 by 3, you get 9, and then when you multiply that result by 3 again, you get 27. In mathematical terms, this is written as 3^3, where the small 3 as a superscript indicates that 3 is being multiplied by itself three times.
-- Multiply the numerators to get the numerator of the product.-- Multiply the denominators to get the denominator of the product.-- Simplify the product (reduce to lowest terms).(10/33) x (3/8) = 30/264 = 5/44
multiply 3 subtract 2
Yes.
You use the FOIL method. First terms Outer terms Inner terms Last terms.
The question cannot be answered because it is based on a complete lack of understanding. You CAN multiply or divide like terms.