Due to shortcomings of the browser, I regret that it is impossible to tell. For example, the first term could be 2x times 2y or 2x-squared times y. Some educated guesswork suggests degree 12 - from the second term, but I could be wrong.
Degree = 3 # terms = 3
7X^3 Third degree polynomial.
Six.
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.
14xy2 would be 3 (14xy)2 would be 4
Due to shortcomings of the browser, I regret that it is impossible to tell. For example, the first term could be 2x times 2y or 2x-squared times y. Some educated guesswork suggests degree 12 - from the second term, but I could be wrong.
Degree = 3 # terms = 3
7X^3 Third degree polynomial.
Fifth degree - the highest power of x that appears.
Six.
6
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.
The degree is 5.
(6x^5-4x^2)+(2x^3-3) = 6x^5-4x^2+2x^3-3 The grestest exponent is 5, which is the degree of the above expression.
Yes. Factors of 12x2: 1, 2, 3, 4, 6, 12, x, x2, and the products of all of their pairs. Factors of 14xy: 1, 2, 7, x, y, and the products of all of their pairs. Common factors: 2, x, 2x GCF: 2x
It is probably 2.