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Factor.\newline7v3+7v2+2v+27v^3 + 7v^2 + 2v + 2

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Q. Factor.\newline7v3+7v2+2v+27v^3 + 7v^2 + 2v + 2
  1. Identify Common Factors: Look for common factors in the first two terms and the last two terms separately.\newlineWe can factor out 7v27v^2 from the first two terms, 7v37v^3 and 7v27v^2.\newline7v3+7v2=7v2(v+1)7v^3 + 7v^2 = 7v^2(v + 1)\newlineWe can factor out 22 from the last two terms, 2v2v and 22.\newline2v+2=2(v+1)2v + 2 = 2(v + 1)
  2. Write Factored Groups: Write the expression with the factored groups.\newlineNow we have:\newline7v2(v+1)+2(v+1)7v^2(v + 1) + 2(v + 1)\newlineNotice that (v+1)(v + 1) is a common factor.
  3. Factor Out Common Factor: Factor out the common factor (v+1)(v + 1).\newlineWe can now factor (v+1)(v + 1) out of the expression:\newline7v2(v+1)+2(v+1)=(v+1)(7v2+2)7v^2(v + 1) + 2(v + 1) = (v + 1)(7v^2 + 2)
  4. Check Quadratic Factorability: Check if the remaining quadratic can be factored further. The quadratic 7v2+27v^2 + 2 does not have any common factors and cannot be factored further over the integers.