Find the product of the binomials using the appropriate spec… Find the product of the binomials using the appropriate special product (difference of two squares, square of a binomial sum, or square of a binomial difference). (x+2)(x−2) Read Details
Completely factor the expression, if possible. 64y3−x3 Completely factor the expression, if possible. 64y3−x3 Read Details
Multiply the polynomials using the distributive property and… Multiply the polynomials using the distributive property and combine like terms. (x2−x−1)(x−9) Read Details
Simplify the expression. The final form of the expressions… Simplify the expression. The final form of the expressions with variables should contain only positive exponents. Assume that all variables represent nonzero numbers. ( − 2 x 3 y 5 ) ( − 6 x 5 y − 8 ) Read Details
Multiply the polynomials using the distributive property and… Multiply the polynomials using the distributive property and combine like terms. (−x+3)(7x+5) Read Details
Simplify the expression. The final form of the expressions… Simplify the expression. The final form of the expressions with variables should contain only positive exponents. Assume that all variables represent nonzero numbers. ( − 6 x 4 y 5 ) ( − 6 x 3 y − 8 ) Read Details
Multiply the polynomials using the distributive property and… Multiply the polynomials using the distributive property and combine like terms. (x−9)(x2+x−2) Read Details
Completely factor the trinomial, if possible. 15×2−13x−2 Completely factor the trinomial, if possible. 15×2−13x−2 Read Details
Divide using the division algorithm. Write your answer in th… Divide using the division algorithm. Write your answer in the form Q+RD where the degree of R is less than the degree of D. c2+7c−8c−1 Read Details
Simplify the expression using the properties of exponents. E… Simplify the expression using the properties of exponents. Expand any numerical portion of your answer and only include positive exponents. (3xy3)−2 Read Details