$\sqrt[m]{\sqrt[n]{x}}$ could be expressed as… $\sqrt[m]{\sqrt[n]{x}}$ could be expressed as… A. $\sqrt[m/n]{x}$ C. $x^{1/m + n}$ B. $\sqrt[mn]{x}$ D. $\sqrt{x^{mn}}$ Log in or register to post comments Solution Click here to… Jhun Vert Fri, 06/07/2024 - 17:55 Solution Click here to expand or collapse this section $\sqrt[m]{\sqrt[n]{x}}$ $ = \left[ x^{1/n} \right]^{1/m}$ $ = x^{1/mn}$ $ = \sqrt[mn]{x}$ Log in or register to post comments
Solution Click here to… Jhun Vert Fri, 06/07/2024 - 17:55 Solution Click here to expand or collapse this section $\sqrt[m]{\sqrt[n]{x}}$ $ = \left[ x^{1/n} \right]^{1/m}$ $ = x^{1/mn}$ $ = \sqrt[mn]{x}$ Log in or register to post comments
Solution Click here to…