the better approach is guy made branch. you're taking x = - 2 because of the fact that's a root and place it in some nook in the left hand to point which you're multiplying each and every coefficient in the p(x) by that very same extensive form -2 I 3 3 -4 2 merely drop 3 first and then x it by -2 each and every time till you get something 2 that's unquestionably merely a fragment of (x+2). (x + 2)(3x^2 - 3x + 2 - (2/(x + 2))
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X^3
Y^5
Z^N
PS - The little arrow means put a little 3,5 or N up to the right corner of the X, Y or Z
the better approach is guy made branch. you're taking x = - 2 because of the fact that's a root and place it in some nook in the left hand to point which you're multiplying each and every coefficient in the p(x) by that very same extensive form -2 I 3 3 -4 2 merely drop 3 first and then x it by -2 each and every time till you get something 2 that's unquestionably merely a fragment of (x+2). (x + 2)(3x^2 - 3x + 2 - (2/(x + 2))