Recognize Sum of Cubes: Step Title: Recognize the Sum of Two CubesConcise Step Description: Identify that the expression is a sum of two cubes, which can be factored using the sum of cubes formula: a3+b3=(a+b)(a2−ab+b2).Step Calculation: In this case, v9 is (v3)3 and 1 is 13, so we can apply the sum of cubes formula with a=v3 and b=1.Step Output: Recognize that v9+1 is a sum of cubes.
Apply Sum of Cubes Formula: Step Title: Apply the Sum of Cubes FormulaConcise Step Description: Apply the sum of cubes formula to factor the expression.Step Calculation: Using the formula a3+b3=(a+b)(a2−ab+b2) with a=v3 and b=1, we get (v3+1)((v3)2−v3⋅1+12).Step Output: Factored form is (v3+1)(v6−v3+1).
Check Further Factorization: Step Title: Check for Further FactorizationConcise Step Description: Check if the resulting factors can be factored further.Step Calculation: The first factor v3+1 is a sum of cubes again, which can be factored further. The second factor v6−v3+1 is not easily factorable and does not have any obvious factors.Step Output: The first factor v3+1 can be factored further.
Factor First Factor Further: Step Title: Factor the First Factor FurtherConcise Step Description: Apply the sum of cubes formula again to the first factor.Step Calculation: Using the formula a3+b3=(a+b)(a2−ab+b2) with a=v and b=1, we get (v+1)(v2−v⋅1+12).Step Output: Factored form of the first factor is (v+1)(v2−v+1).
Combine Factored Forms: Step Title: Combine the Factored FormsConcise Step Description: Combine the factored forms of both factors to get the completely factored expression.Step Calculation: The completely factored form is (v+1)(v2−v+1)(v6−v3+1).Step Output: Completely factored form is (v+1)(v2−v+1)(v6−v3+1).