The Degree (for a polynomial with one variable) is the largest exponent of that variable.
The degree of a polynomial is the highest exponent on any independent variable in the polynomial.
The degree of a polynomial is the highest exponent in the polynomial.
highest total of the exponents
if there is no exponent shown, then the exponent is 1. ex: 41
the largest exponent of a polynomial is 2 good luck on NovaNet peoples
The Degree (for a polynomial with one variable) is the largest exponent of that variable.
The degree of a polynomial refers to the largest exponent in the function for that polynomial. A degree 3 polynomial will have 3 as the largest exponent, but may also have smaller exponents. Both x^3 and x^3-x²+x-1 are degree three polynomials since the largest exponent is 4. The polynomial x^4+x^3 would not be degree three however because even though there is an exponent of 3, there is a higher exponent also present (in this case, 4).
The Degree (for a polynomial with one variable, like x) is the largest exponent of that variable.
Not necessarily. If the exponent is not an integer then it is not a polynomial.
An expression is non polynomial if it has : negative exponent fractional exponent variable exponent in the radicand
Polynomials cannot have negative exponent.
That varies from polynomial to polynomial. Whatever the highest exponent is is called the "degree", so a quadratic like x2 + 2x + 8 has degree 2.
The degree of a polynomial is the highest exponent on any independent variable in the polynomial.
No. An expression can have a variable exponent (for instance, 2 to the power x, or x to the power y), but that is no longer a polynomial.
A polynomial has 2 or more variables. It can also have a negative exponent and a fractional exponent. It's different from a monomial.****BrandonW****
Not necessarily. Every exponent in the exponent must be a non-negative integer. This is not what you have specified. For example, if n = 3.5, it is not a term in a polynomial expression.