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Which of the following expressions is equivalent to 
(-2p+8)/(2p+2) ?
Choose 1 answer:
(A) 
(-p+8)/(p+2)
(B) 
(-p+4)/(2p+2)
(C) 
(-p+4)/(p+1)
(D) 
p+4

p+1

Which of the following expressions is equivalent to 2p+82p+2 \frac{-2 p+8}{2 p+2} ?\newlineChoose 11 answer:\newline(A) p+8p+2 \frac{-p+8}{p+2} \newline(B) p+42p+2 \frac{-p+4}{2 p+2} \newline(C) p+4p+1 \frac{-p+4}{p+1} \newline(D) p+4p+1 \frac{p+4}{p+1}

Full solution

Q. Which of the following expressions is equivalent to 2p+82p+2 \frac{-2 p+8}{2 p+2} ?\newlineChoose 11 answer:\newline(A) p+8p+2 \frac{-p+8}{p+2} \newline(B) p+42p+2 \frac{-p+4}{2 p+2} \newline(C) p+4p+1 \frac{-p+4}{p+1} \newline(D) p+4p+1 \frac{p+4}{p+1}
  1. Factor out common factor: Factor out the common factor in the numerator and denominator.\newlineThe common factor in both the numerator and the denominator is 22. Let's factor it out.\newline2p+82p+2=2(p+4)2(p+1)\frac{-2p+8}{2p+2} = \frac{2(-p+4)}{2(p+1)}
  2. Simplify expression: Simplify the expression by canceling out the common factor.\newlineSince we have a factor of 22 in both the numerator and the denominator, we can cancel them out.\newline2(p+4)2(p+1)=p+4p+1\frac{2(-p+4)}{2(p+1)} = \frac{-p+4}{p+1}
  3. Check answer choices: Check the answer choices to see which one matches our simplified expression.\newlineThe simplified expression is (p+4)/(p+1)(-p+4)/(p+1), which matches answer choice (C)(C).

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