Answer:
The order is given below in attachment.
Explanation:
Given the expression and its steps to solve the above given expression. we have to find the order of simplification.
Given expression is
![\sqrt[3]{875x^5y^9}\\ \\=(875x^5y^9)^{(1)/(3)}\\\\\text{Apply distributive property of multiplication}\\\\=(125.7)^{(1)/(3)}x^{(5)/(3)}y^{(9)/(3)}\\\\=(125)^{(1)/(3)}.(7)^{(1)/(3)}.x^{((3)/(3)+(2)/(3))}.y^3\\\\=(5^3)^{(1)/(3)}.7^{(1)/(3)}.x^{(1+(2)/(3))}.y^3\\\\=5^1.7^{(1)/(3)}.x^1.x^{(2)/(3)}.y^3\\\\=5xy^3(7x^2)^{(1)/(3)}\\\\=5xy^3\sqrt[3]{7x^2}](https://img.qammunity.org/2020/formulas/mathematics/middle-school/x8iqict75a9pu1xoxj6fpklr0kgkko2p7u.png)
Hence, the order of simplification according to given steps is also displayed in attachment.