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Divide the polynomials.
Your answer should be in the form 
p(x)+(k)/(x+2) where 
p is a polynomial and 
k is an integer.

(x^(2)+7x+12)/(x+2)=

Divide the polynomials.\newlineYour answer should be in the form p(x)+kx+2 p(x)+\frac{k}{x+2} where p p is a polynomial and k k is an integer.\newlinex2+7x+12x+2= \frac{x^{2}+7 x+12}{x+2}=

Full solution

Q. Divide the polynomials.\newlineYour answer should be in the form p(x)+kx+2 p(x)+\frac{k}{x+2} where p p is a polynomial and k k is an integer.\newlinex2+7x+12x+2= \frac{x^{2}+7 x+12}{x+2}=
  1. Set up division: Set up the division of the polynomials.\newlineWe will use polynomial long division to divide x2+7x+12x^2 + 7x + 12 by x+2x + 2.
  2. Divide first term: Divide the first term of the numerator by the first term of the denominator. Divide x2x^2 by xx to get xx. This will be the first term of the polynomial part of the answer.
  3. Multiply divisor: Multiply the divisor by the term found in Step 22.\newlineMultiply xx by x+2x + 2 to get x2+2xx^2 + 2x.
  4. Subtract result: Subtract the result of Step 33 from the original numerator.\newlineSubtract (x2+2x)(x^2 + 2x) from (x2+7x+12)(x^2 + 7x + 12) to get 5x+125x + 12.
  5. Divide new term: Divide the new first term of the remainder by the first term of the divisor.Divide 5x by x to get 5\text{Divide } 5x \text{ by } x \text{ to get } 5. This will be the next term of the polynomial part of the answer.
  6. Multiply divisor: Multiply the divisor by the term found in Step 55.\newlineMultiply 55 by x+2x + 2 to get 5x+105x + 10.
  7. Subtract result: Subtract the result of Step 66 from the remainder found in Step 44.\newlineSubtract (5x+10)(5x + 10) from (5x+12)(5x + 12) to get 22.
  8. Write final answer: Write the final answer.\newlineThe polynomial part of the answer is x+5x + 5, and the remainder is 22. The remainder is written as a fraction over the original divisor.\newlineThe final answer is p(x)+k(x+2)p(x) + \frac{k}{(x + 2)}, where p(x)=x+5p(x) = x + 5 and k=2k = 2.