Me write the expressions as a product: x^3–y^6 a^6+b^3 m^9–n^3 p^3+k^9 a^6+b^9 x^9–y^9

Step-by-step explanation:

In every case, the factorization makes use of the standard form for factoring the sum or difference of cubes:

1. a=x, b=y^2. Use the formula for the difference.

2. a^2 ⇒ a, b = b. Use the formula for the sum.

3. a=m^3, b=n. Use the formula for the difference.

4. a=p b=k^3. Use the formula for the sum.

5. a^2 ⇒ a, b^3 ⇒ b. Use the formula for the sum.

6. a=x^3, b=y^3. Use the formula for the difference. When you do, the first factor is the difference x^3 -y^3, which can be factored using the difference formula again with a=x, b=y.

answer: no, but if it does it's a obvious pattern.

step-by-step explanation: