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Factor. \newline4c72c5+c254c^7 - 2c^5 + c^2 - 5\newline_____

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Q. Factor. \newline4c72c5+c254c^7 - 2c^5 + c^2 - 5\newline_____
  1. Find Common Factors: Look for common factors in each term of the polynomial 4c72c5+c254c^7 - 2c^5 + c^2 - 5. Upon inspection, there is no common factor for all terms. However, we can group terms to see if there are common factors within the groups.
  2. Group Terms: Group the terms to find common factors within the groups.\newlineWe can group the first two terms and the last two terms: 4c72c54c^7 - 2c^5 + c25c^2 - 5.\newlineNow, let's factor out the common factors within each group.
  3. Factor First Group: Factor out the greatest common factor from the first group 4c72c54c^7 - 2c^5. The greatest common factor is 2c52c^5, so we get 2c5(2c21)2c^5(2c^2 - 1).
  4. Factor Second Group: Factor out the greatest common factor from the second group c25c^2 - 5. There is no common factor other than 11, so this group remains as it is: (c25)(c^2 - 5).
  5. Write Partially Factored Form: Write down the partially factored form of the polynomial.\newlineWe have factored the polynomial as far as common factors within groups allow: 2c5(2c21)+(c25)2c^5(2c^2 - 1) + (c^2 - 5).
  6. Look for Patterns: Look for patterns or special products that might help further factor the polynomial. There are no obvious patterns like difference of squares, perfect square trinomials, or sum/difference of cubes that apply to the terms we have. The polynomial does not seem to factor further using standard algebraic techniques.
  7. Conclude Factoring: Conclude that the polynomial is factored as much as possible with the given techniques. The polynomial 4c72c5+c254c^7 - 2c^5 + c^2 - 5 is factored to 2c5(2c21)+(c25)2c^5(2c^2 - 1) + (c^2 - 5), and no further factoring is possible.

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