The "degree" is the highest power - in this case, the 3 in 4x3 (4 times to the third power).
A fifth degree polynomial.
A 7th degree polynomial.
2st4 + s2t2 - 9s5t + 21 The degree of a polynomial with more than one variable is the largest sum of the powers in any single term. So the degree of the given polynomial is 6 (-9s5t1; 5 + 1).
False
The degree of the polynomial 2x + 5 is 1. The highest power of x is x1, i.e. 2x1 + 5x0, hence the designation of first degree.
A linear equation is one which represents a straight line. When drawn (y plotted against x), a degree 1 polynomial produces a straight line.
Yes. This is because the rate of change is equal to a (i.e. the slope is a). a never changes, so its linear.
For the equation: x5+7x3-30x=0 The highest exponent in the entire equation is 5 (from x5), so the equation is of degree 5.
The degree of this polynomial is 2.
7X^3 Third degree polynomial.
A fifth degree polynomial.
The actual equation itself is the polynomial. There is no polynomial for it, and your question doesn't really make sense.
Select any set of values for x. For each one calculate the value of y for which the equation is true. If you plot these points on the x-y plane, they will all lie on a straight line. [The word "linear" refers to line.]
3x² - 4x + 9 is a polynomial of degree 2.
degree 1
The x^5 at the beginning makes the degree of the polynomial 5.
The degree of a polynomial is merely the value of the highest power in the polynomial. In this case, the degree is 6 because of 4x6.