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Mathematics 18 Online
OpenStudy (anonymous):

nothing

OpenStudy (jdoe0001):

keep in mind that \(\bf \large a^{\frac{n}{m}} = \sqrt[m]{a^n}\qquad \qquad \left(\sqrt[m]{a^n}\right)^p\implies \sqrt[m]{a^{n\cdot p}}\)

OpenStudy (jdoe0001):

\(\bf \Large \left(\sqrt[m]{a^n}\right)^p\implies \sqrt[m]{a^{n\cdot p}}\implies a^{\frac{n\cdot p}{m}}\)

OpenStudy (jdoe0001):

w0t?

OpenStudy (primeralph):

What?

OpenStudy (luigi0210):

What joe is trying to say is that: \[\LARGE \sqrt[6]{x^5}=x^{5/6}\]

OpenStudy (primeralph):

It's been explained.

OpenStudy (luigi0210):

*jdoe

OpenStudy (luigi0210):

So solve this: \[\Huge x^{\frac{7*5}{6}}\]

OpenStudy (luigi0210):

Yup. And that's all there is to it~

OpenStudy (luigi0210):

Change the radical to a fraction. Afterwards just multiply the exponent with the fractional exponent.

OpenStudy (luigi0210):

Anytime~

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