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Factor the quadratic expression completely.

-3x^(2)+17 x-20=

Factor the quadratic expression completely.\newline3x2+17x20=-3x^{2}+17x-20=

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Q. Factor the quadratic expression completely.\newline3x2+17x20=-3x^{2}+17x-20=
  1. Identify Coefficients: Step Title: Identify the Coefficients\newlineConcise Step Description: Identify the coefficients of the quadratic expression, which are the numbers in front of the variables. In this case, the coefficients are 3-3, 1717, and 20-20.\newlineStep Calculation: Coefficients are 3-3, 1717, 20-20\newlineStep Output: Coefficients: 3-3, 1717, 20-20
  2. Find Factors: Step Title: Find the Factors\newlineConcise Step Description: Find two numbers that multiply to the product of the first and last coefficients (3×20=60-3 \times -20 = 60) and add to the middle coefficient (1717).\newlineStep Calculation: Factors of 6060 that add up to 1717 are 55 and 1212.\newlineStep Output: Factors: 55, 1212
  3. Rewrite Middle Term: Step Title: Rewrite the Middle Term\newlineConcise Step Description: Rewrite the middle term using the factors found in the previous step.\newlineStep Calculation: 3x2+12x+5x20-3x^2 + 12x + 5x - 20\newlineStep Output: Rewritten Expression: 3x2+12x+5x20-3x^2 + 12x + 5x - 20
  4. Factor by Grouping: Step Title: Factor by Grouping\newlineConcise Step Description: Group the terms into two pairs and factor out the common factors from each pair.\newlineStep Calculation: Group 11: 3x2+12x-3x^2 + 12x, Group 22: 5x205x - 20. Factor out the common factors: 3x(x4)+5(x4)-3x(x - 4) + 5(x - 4).\newlineStep Output: Factored Groups: 3x(x4)+5(x4)-3x(x - 4) + 5(x - 4)
  5. Factor Out Common Binomial: Step Title: Factor Out the Common Binomial\newlineConcise Step Description: Factor out the common binomial (x4)(x - 4) from the expression.\newlineStep Calculation: (x4)(3x+5)(x - 4)(-3x + 5)\newlineStep Output: Factored Expression: (x4)(3x+5)(x - 4)(-3x + 5)