3 x 5 x T
no. x is one term, and y is another term, so x+y has two terms, meaning it is a binomial
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.
A monomial is an expression made up of a co-efficient, a variable , and an exponent that has only one term. Monomial = 4x ^2 4= co-efficient x=variable 2= exponent.
-1 * 2 * 2 * 5 * 5 * x * x * x * y * z * z
3 x 5 x T
2 x 5 x a x a x a x a
no. x is one term, and y is another term, so x+y has two terms, meaning it is a binomial
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.
A monomial is an expression made up of a co-efficient, a variable , and an exponent that has only one term. Monomial = 4x ^2 4= co-efficient x=variable 2= exponent.
Although you wouldn't normally factor a monomial term, x2 can also be expressed as x · x.
-1 * 2 * 2 * 5 * 5 * x * x * x * y * z * z
16r^2
A monomial is a special case of a polynomial which contains only one term. To identify a particular term of a polynomial (in x), we use the name associated with the power of x contained in a term. 3 + √7 is a monomial of zero degree which has a special name such as a constant polynomial. Let's rewrite it as, 3x0 + (√2)x0 = (3 + √7)x0 , a monomial with an irrational coefficient = (3 + √7)(1) = 3 + √7.
Yes.The (-135)5can be disregarded as a coefficient. The expression only has one x term: x5. Polynomials would be x+5, x5+x, x4+3x+1, etc.
Yes, because a monomial is one number. 2 to the power of x is still one number. If you had an example such as 2 to the power of x + 3x+ 5, that would be considered a trinomial.
11 x C x D