false
Yes, it is.
Since a negative number is a term, it is a monomial.
Yes, 10 is a monomial. A monomial is a mathematical expression that consists of a single term, which can be a constant, variable, or a product of constants and variables raised to non-negative integer powers. Since 10 is a constant term without any variables, it qualifies as a monomial.
Every term of a polynomial is a monomial.
It's a monomial of 1st degree (linear). "3x over seven" = (3/7)x The x term (indeed the ONLY term -- hence monomial) has a coefficient of 3/7. Since the variable x appears to the 1st power, it's 1st degree.
Yes, it is.
true
Since a negative number is a term, it is a monomial.
Yes, it is.
The degree of a term is the sum of the exponents on the variables.
4x2y The degree of the monomial is 2.
Negative pi is a monomial, or a polynomial with one term. Negative pi, as well as positive pi, are not often used as polynomials, but it is still perfectly reasonable to do so.
Every term of a polynomial is a monomial.
If by "xn" you mean ax^n then the answer is "a"
The "degree" is only specified for polynomials. The degree of a monomial (a single term) is the sum of the powers of all the variables. For example, x3y2z would have the degree 6; you have to add 3 + 2 + 1 (since z is the same as z to the power 1). The degree of a polynomial is the degree of its highest monomial.
It depends on the power to which the single variable is raised in that one term.
It's a monomial of 1st degree (linear). "3x over seven" = (3/7)x The x term (indeed the ONLY term -- hence monomial) has a coefficient of 3/7. Since the variable x appears to the 1st power, it's 1st degree.