yes- monomial means having one term, 5, 5x and 13xyz are all monomials 2 +13x, and 34xy- 3z are binomials. ( bi means two)
You add 2 extra x and y's then write multiplication so like this------> 5x yy x xx
Yes, it is a monomial.
Since a monomial is a term, any real number is is a monomial.
Monomial.
5x^2(5x + 1)
7x2 - 5x + 4 is not a monomial because it has more than one term. It is a quadratic polynomial.
-5x+(3x-8)
35
A monomial had one term.....for example 5x^7 or 342f^9
yes- monomial means having one term, 5, 5x and 13xyz are all monomials 2 +13x, and 34xy- 3z are binomials. ( bi means two)
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.
You add 2 extra x and y's then write multiplication so like this------> 5x yy x xx
Monomial. Monomial. Monomial. Monomial.
It is similar to finding the greatest common factor only you may have variables involved, so you may factor a constant and variable(s) which all terms are divisible by, for example: The common monomial factor in the following: 5x^2+5x would be 5x because both terms are divisible by 5 and x. 5x (x+1). Just find the constant and variable all terms are divisible by and then the product of those is your common monomial factor.
It is a polynomial (monomial). It is a polynomial (monomial). It is a polynomial (monomial). It is a polynomial (monomial).
Monomial.