Yes. "Monomial" has two definitions:
1. Any number like 1, x, xn, xyz, or xaybzc (with n, a, b, and c positive integers).
2. Anything under definition 1, but including monomials multiplied by a constant, like -5x and (1+2i)xy.
Assuming "M" is a variable, "M" is a monomial by either definition.
Basically, (by the second definition) a monomial is something that's one of the terms of a polynomial. e.g. in x2 + 5x - 3, x2, 5x, and -3 are monomials, and in x2 + xy + y2, x2, xy, and y2 are monomials.
The factor of the monomial -11m² is -11 and m². In this expression, -11 is the coefficient, while m² indicates that the variable m is squared. Together, they form the complete monomial.
i mean m a monomial
When finding the product of a monomial and a binomial, the degree of the resulting product is determined by adding the degree of the monomial to the highest degree of the terms in the binomial. Specifically, if the monomial has a degree (m) and the binomial has a highest degree (n), the degree of the product will be (m + n). Thus, the degree of the product is always the sum of the degrees of the monomial and the highest degree of the binomial.
yes any number by itself is a monomial like 5 or 2700. It can also be a variable like m or b.
Monomial. Monomial. Monomial. Monomial.
It is a polynomial (monomial). It is a polynomial (monomial). It is a polynomial (monomial). It is a polynomial (monomial).
Monomial.
That factors to (m + n)(r + s) The GCF is 1.
Yes.
Yes, it is a monomial.
15t is a monomial
Since a monomial is a term, any real number is is a monomial.