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Factor.\newline2h2+13h+112h^2 + 13h + 11

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Q. Factor.\newline2h2+13h+112h^2 + 13h + 11
  1. Identify coefficients: Identify the coefficients of the quadratic expression.\newlineThe quadratic expression is in the form ax2+bx+cax^2 + bx + c, where aa, bb, and cc are constants. For the expression 2h2+13h+112h^2 + 13h + 11, we have:\newlinea=2a = 2\newlineb=13b = 13\newlinec=11c = 11
  2. Find numbers for acac: Find two numbers that multiply to acac (aa times cc) and add up to bb. We need to find two numbers that multiply to (2×11)=22(2 \times 11) = 22 and add up to 1313. The numbers that satisfy these conditions are 22 and 1111 because: 2×11=222 \times 11 = 22 acac00
  3. Rewrite middle term: Rewrite the middle term of the quadratic expression using the two numbers found.\newlineWe can express 13h13h as the sum of 2h2h and 11h11h. So, the expression 2h2+13h+112h^2 + 13h + 11 can be rewritten as:\newline2h2+2h+11h+112h^2 + 2h + 11h + 11
  4. Factor by grouping: Factor by grouping.\newlineWe group the terms as follows:\newline(2h2+2h)+(11h+11)(2h^2 + 2h) + (11h + 11)\newlineNow, factor out the common factors from each group:\newline2h(h+1)+11(h+1)2h * (h + 1) + 11 * (h + 1)
  5. Factor out common binomial: Factor out the common binomial factor.\newlineBoth groups contain the common factor (h+1)(h + 1), so we can factor this out:\newline(2h+11)(h+1)(2h + 11)(h + 1)