Review exponent rules!
FINISH DELTAMATH!
10\sqrt{7}-10\sqrt{63}
-2x\sqrt{8x}-3\sqrt{2x^3}
x^2\cdot x^5
\frac{x^9}{ x^5}
(x^3)^5
For each, as a single radical using the smallest possible root.
ex: \LARGE \frac{\sqrt{p}}{\sqrt[5]{p^2}}
\LARGE \frac{\sqrt{x^3}}{\sqrt[3]{x^4}}
\LARGE \frac{\sqrt[3]{y^8}}{\sqrt[5]{y}}
\LARGE {\sqrt[4]{\sqrt{m^5}}}
\LARGE \sqrt[5]{x^7}\cdot\sqrt{x^3}
\LARGE {\sqrt[3]{\sqrt[5]{m^6}}}
\LARGE \sqrt[5]{x^4}\cdot\sqrt[4]{x^{11}}
Choose all that are true
I am confident in this lesson.
I would like some assistance.
I can use rational exponents to combine roots of roots.
I can use rational exponents to multiply two different roots.
I can use rational exponents to divide two different roots.