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Factor completely.

49p^(8)+42p^(4)+9=

Factor completely.\newline49p8+42p4+9= 49 p^{8}+42 p^{4}+9=

Full solution

Q. Factor completely.\newline49p8+42p4+9= 49 p^{8}+42 p^{4}+9=
  1. Identify Coefficients: Step Title: Identify the Coefficients\newlineConcise Step Description: Identify the coefficients of the given cubic expression.\newlineStep Calculation: Coefficients are 4949, 4242, and 99.\newlineStep Output: Coefficients: 4949, 4242, 99
  2. Look for Common Factor: Step Title: Look for a Common Factor\newlineConcise Step Description: Check if there is a common factor that can be factored out from all terms of the expression.\newlineStep Calculation: The greatest common factor of 4949, 4242, and 99 is 11.\newlineStep Output: No common factor other than 11.
  3. Recognize the Pattern: Step Title: Recognize the Pattern\newlineConcise Step Description: Recognize if the expression fits a special factoring pattern such as a perfect square trinomial or a sum of cubes.\newlineStep Calculation: The expression 49p8+42p4+949p^8 + 42p^4 + 9 resembles a perfect square trinomial a2+2ab+b2a^2 + 2ab + b^2, where a=7p4a = 7p^4 and b=3b = 3.\newlineStep Output: Possible perfect square trinomial pattern.
  4. Factor as Perfect Square Trinomial: Step Title: Factor as a Perfect Square Trinomial\newlineConcise Step Description: Factor the expression as a perfect square trinomial if it fits the pattern.\newlineStep Calculation: The factored form is (7p4+3)2 (7p^4 + 3)^2 because (7p4)2=49p8 (7p^4)^2 = 49p^8 , 2(7p4)3=42p4 2 \cdot (7p^4) \cdot 3 = 42p^4 , and 32=9 3^2 = 9 .\newlineStep Output: Factored Form: (7p4+3)2 (7p^4 + 3)^2