Recognize Difference of Squares: Step Title: Recognize the Difference of SquaresConcise Step Description: Identify that the expression is a difference of two squares, which can be factored using the formula a2−b2=(a+b)(a−b).Step Calculation: Recognize that w6 is (w3)2 and z6 is (z3)2.Step Output: The expression is a difference of two squares.
Apply Squares Formula: Step Title: Apply the Difference of Squares FormulaConcise Step Description: Apply the difference of squares formula to factor the expression.Step Calculation: Using the formula, we get (w3+z3)(w3−z3).Step Output: Factored form as a product of two binomials.
Factor Further if Possible: Step Title: Factor Further if PossibleConcise Step Description: Check if the resulting binomials can be factored further.Step Calculation: Both w3+z3 and w3−z3 are differences and sums of cubes, which can be factored further using the formulas a3+b3=(a+b)(a2−ab+b2) and a3−b3=(a−b)(a2+ab+b2).Step Output: Further factoring is possible.
Factor Sum of Cubes: Step Title: Factor the Sum of CubesConcise Step Description: Factor the sum of cubes using the appropriate formula.Step Calculation: Factor w3+z3 using the sum of cubes formula to get (w+z)(w2−wz+z2).Step Output: Factored form of the sum of cubes.
Factor Difference of Cubes: Step Title: Factor the Difference of CubesConcise Step Description: Factor the difference of cubes using the appropriate formula.Step Calculation: Factor w3−z3 using the difference of cubes formula to get (w−z)(w2+wz+z2).Step Output: Factored form of the difference of cubes.
Combine Factored Forms: Step Title: Combine the Factored FormsConcise Step Description: Combine the factored forms of the sum and difference of cubes to get the final factored expression.Step Calculation: The final factored form is (w+z)(w−z)(w2−wz+z2)(w2+wz+z2).Step Output: Final factored expression.