Question

Could someone check my answer for Algebra II, please?

Answer 1

\[\sqrt[7]{x^5}*\sqrt[7]{x^5}\]

Answer 2

I'm gonna take a guess and say it's x^4/9?

Answer 3

Hey, remember that \[\huge \sqrt[n]{x^m} \implies x ^{\frac{ m }{ n }}\]

Answer 4

So if you have \[\huge \sqrt[7]{x^5} \implies x ^{\frac{ 5 }{ 7 }}\]

Answer 5

And if you have to of them, when you multiply by exponents you are essentially adding the exponents :)

Answer 6

\[\huge \sqrt[7]{x^5} \times \sqrt[7]{x^5} \implies x ^{\frac{ 5 }{ 7 }+\frac{ 5 }{ 7 }} \implies x^?\]

Answer 7

Umm, would it be just x? Sorry, Algebra II is VERY new to me!

Answer 8

Wait x^10/7?

Answer 9

Yes :) you're just adding now ^.^

Answer 10

And you can put it in radical form as well if you like which is \[\huge \sqrt[7]{x^{10}}\]

Answer 11

Thanks so much! But that's not a given answer...

Answer 12

What are the given answers?

Answer 13

\[(x^5)^{2/7}\] is also an answer.

Answer 14

\[√x\]
\[(x)^(4/9)\]
x
\[\sqrt[7]{x^3}\]

Answer 15

Which is the same thing

Answer 16

Oh wait that last one is wrong.... here!:

Answer 17

:P

Answer 18

What was the first answer?