Assuming you mean a fourth degree polynomial,
P4 = x4 + 1
P3 = x3 + 1
P4*P3 = x7 + x4 + x3 + 1 is a seventh degree polynomial.
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.
19 and 3/4
$347,763.79
It is: 87+3 = 90 degrees
Given any number it is easy to find a rule based on a polynomial of order 7 such that the first seven numbers are as listed in the question and the next is the given number. There are also non-polynomial solutions.The simplest solution, using a polynomial of order 6, isUn = -0.0069n6 + 0.1708n5 - 1.6319n4 + 7.6458n3 - 18.3611n2 + 23.1833n - 10 for n = 1, 2, 3, ...Accordingly, the next term is 11.
3y2-5xyz yay i figured it out!!!!
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.
The man who walked back and forth outside of the House of the Seven Gables was a judge named Judge Pyncheon.
You can't! There's no y! Since -x - 7 is a polynomial of 1 degree, it defines a function P(x) = -x - 7 whose graph is a straight line. (if you want, let P(x) = y)
19 and 3/4
The man who walked back and forth outside of the House of the Seven Gables was a judge named Judge Pyncheon.
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u as in quarter
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$347,763.79
u as in quarter
seven degree