times
is
.
Further explanation:
A monomial is an expression which contains one term and a monomial includes numbers and variables which are multiplied together. The constant term is multiplies with an another constsnt term and the variable is multiplies with an another variable term.
Law of exponent:
Product with same base: If we multiply the same bases with different exponents then the base remains the same and the exponents are added in the final product.
Calculation:
Now, we are given the two monomials as
and
.
Multiplying both the monomials as follows:
Here,
is a variable and
has power
in the first monomial and
has power
in the second monomial.
Using the mentioned law of exponents as the variable
is similar in both the monomial and add the powers of both as follows:

Therefore,
times
is
.
Learn more
1. Problem on the whole numbers are positive integers brainly.com/question/1852063.
2. Problem on the adding and simplifying the numbers brainly.com/question/894273
3. Problem on general form of the equation of the circle brainly.com/question/1506955
Answer details:
Grade: Middle school
Subject: Mathematics
Chapter: Polynomials
Keywords: Trinomials, binomials, monomials, polynomials, variables, exponents, real numbers, degree of polynomials, equations, expressions, coefficients, zero polynomial, constants, integers, function, domain, range, codomain, graph, abscissa, coordinates, roots of polynomials, bivariate polynomials.