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Factor.\newline3f2+8f+43f^2 + 8f + 4

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Q. Factor.\newline3f2+8f+43f^2 + 8f + 4
  1. Identify aa, bb, cc: Identify aa, bb, and cc in the quadratic expression 3f2+8f+43f^2 + 8f + 4 by comparing it with the standard form ax2+bx+cax^2 + bx + c.\newlinea=3a = 3\newlineb=8b = 8\newlinebb00
  2. Find two numbers: Find two numbers that multiply to aca*c (which is 34=123*4=12) and add up to bb (which is 88).\newlineThe two numbers that satisfy these conditions are 22 and 66 because:\newline2×6=122 \times 6 = 12\newline2+6=82 + 6 = 8
  3. Rewrite middle term: Rewrite the middle term, 8f8f, using the two numbers found in the previous step.\newline3f2+8f+43f^2 + 8f + 4 can be rewritten as 3f2+2f+6f+43f^2 + 2f + 6f + 4.
  4. Factor by grouping: Factor by grouping. Group the first two terms together and the last two terms together.\newline(3f2+2f)+(6f+4)(3f^2 + 2f) + (6f + 4)
  5. Factor out common factor: Factor out the greatest common factor from each group.\newlineThe greatest common factor of 3f23f^2 and 2f2f is ff, so factor out ff from the first group:\newlinef(3f+2)f(3f + 2)\newlineThe greatest common factor of 6f6f and 44 is 22, so factor out 22 from the second group:\newline2(3f+2)2(3f + 2)
  6. Factor out common factor: Notice that both groups contain the common factor (3f+2)(3f + 2). Factor out (3f+2)(3f + 2) from the expression.f(3f+2)+2(3f+2)f(3f + 2) + 2(3f + 2) can be factored as (3f+2)(f+2)(3f + 2)(f + 2).