Question

Describe how to transform the quantity of the fifth root of x to the seventh power, to the third powerinto an expression with a rational exponent. Make sure you respond with complete sentences.

Answer 1

\[\left( \sqrt[5]{x^7} \right)^3\]

Answer 2

@SolomonZelman

Answer 3

@princesssleelee u got it

Answer 4

kind of, can you put it in relation to this specific problem?

Answer 5

what you mean

Answer 6

you wrote for example "the root" would you be able to write the root in that spot? or is that how it is written for the answer to the problem?

Answer 7

@Prettygirl_shynice

Answer 8

hold on brb

Answer 9

ok

Answer 10

@princesssleelee u got it

Answer 11

i think so, is that the complete answer?

Answer 12

@Prettygirl_shynice

Answer 13

@563blackghost

Answer 14

@AlexandervonHumboldt2

Answer 15

im here

Answer 16

i got x^21/5

Answer 17

u think it is alright

Answer 18

yeah correct

Answer 19

what is @AlexandervonHumboldt2

Answer 20

u did good @princesssleelee

Answer 21

i used a calculator i do not know how to do it step by step

Answer 22

oh

Answer 23

That is what I am asking.

Answer 24

eute

use power rule first:
\[\huge \sqrt[a]{x^b}=x^{\frac{ a }{ b }}\]

Answer 25

woowps

Answer 26

i meant x^b/a not a/b

Answer 27

Are you able to write it out in words please

Answer 28

@mthompson440

Answer 29

@tkhunny

Answer 30

Hope this works for u.. At work so I had to rush without explanation

Answer 31

i appreciate it, however if you could just write what you did, i would be completely satisfied and give you a medal :) lol

Answer 32

@SolomonZelman

Answer 33

@AlexandervonHumboldt2

Answer 34

is it this\[\left( \sqrt[5]{x^7} \right)^3\]?

Answer 35

the picture posted is perfect however idk what was done and word form is what im looking for

Answer 36

yes that is it @satellite73

Answer 37

oh i just saw the screen shot
that looks good

Answer 38

yes i just do not know the steps taken and i need them in a word form

Answer 39

multiply seven times three
get twenty one
that goes in the numerator of the exponent
the root, five, goes in the denominator of the exponent

Answer 40

thats it?

Answer 41

that is it, yes, i am sure you could have said that for yourself right/?

Answer 42

i guess so lol.