Question

Help please this is my absolute last question of the day i do believe will fan and medal for help

Answer 1

\[\sqrt[n]{x^m}\] Rewrite using a radical expression

Answer 2

What is the question?

Answer 3

Oh sorry can't help you there :/

Answer 4

know anyone who can???

Answer 5

@mayankdevnani

Answer 6

@green_1

Answer 7

@mathmale

Answer 8

do you know what form it wants the equation in or the process it want you to use?

Answer 9

no...

Answer 10

https://www.khanacademy.org/math/algebra/rational-exponents-and-radicals/rational-exponents-and-the-properties-of-exponents/v/radical-equivalent-to-rational-exponents-2#! idk might help

Answer 11

i'll try it thank you

Answer 12

np

Answer 13

This is just equal to x^(m/n)

Answer 14

it is?

Answer 15

i dont understand what it wants me to do for this problem @nuttyliaczar can you explain it

Answer 16

I think all it's asking for is a nicer form. When you take the square root of something it's equal to the inside^(1/2). In this case it's the nth root, so ^(1/n). Since your starting exponent is ^m, the resulting exponent is just ^(m/n)

Answer 17

okay so do u think i would have it right if i put down x^(m/n)

Answer 18

It may not be the radical form. It's been years since I used that term but I know that x^(m/n) is equivalent to that expression. I don't see anything else you can do with the expression so that's my guess

Answer 19

thanks this class has been very hard for me i appericate your help

Answer 20

I'm always glad to help, let me know if more problems come your way and I'll be ready to explain them. This one was really short so it was tough to explain anything

Answer 21

:) i sure will