Question

Help with exponents?

Answer 1

x\[(x^{4})^{3/5}\]

Answer 2

yes...

Answer 3

Ignore the first x.

Answer 4

power on power will be multiplied

Answer 5

I do not understand?

Answer 6

4*3/5=12/5

Answer 7

Use the rules

\[x^3 = x(x)x\]
\[(x^3)^3 = (x^3)(x^3)(x^3)\]

Answer 8

\[(x^3)(x^3) = x^6\]

Answer 9

I'm confused because my answer choices aren't any thing I am getting, or anything like that. They have square roots

Answer 10

\[(x^3)^3 = (x^3)(x^3)(x^3) = x^9\]

3*3 = 9
3 + 3 + 3 = 9

Answer 11

look at my example and think about it

Answer 12

see this (x^2)^2 will x^4 i multiplied 2 with 2 for getting answer.

Answer 13

I understand that you add the exponents when multiplying exponents

Answer 14

look at my example though, once you understand why it is true you will be able to solve your answer very easily

Answer 15

yes just multiply exponents.

Answer 16

do you know how to multiply fractions?

\[\frac{3}{4}*5 = \frac{3}{4}(\frac{5}{1 }) = \frac{3*5}{4*1} = \frac{3*5}{4} = \frac{15}{4}\]

Answer 17

Why are you using 3/4?

Answer 18

I'm showing you examples of fraction multiplication, I'm not going to solve your problem for you, but I will teach you how to solve it

Answer 19

I know how to do all of that, though.

Answer 20

so what is your problem?

Answer 21

exactly?

Answer 22

All of the answers I'm getting are far from right. I'm really not sure what exactly I'm doing wrong

Answer 23

well can you show your work?

Answer 24

I can look it over for you and tell you where you are going wrong

Answer 25

there isn't any trick to this problem, when you have

\[(x^3)^3 = x^9\]
\[(x^2)^{1/2} = x^{2\frac{1}{2}} = x^1 = x\]
\[(x^5)^{3} = x^{5*3} = x^{15}\]

Answer 26

show me the answer you are getting

Answer 27

\[(x^{4})^{3/5}\]
=
\[x^{4/1} * ^{3/5}\]
=
multiplied the fraction, got x^12/5

thenhad to put it ion radical form: \[\sqrt[5]{x}^{12}\]

Answer 28

in*

Answer 29

after that i am clueless

Answer 30

looks right

Answer 31

I know I'm on the right track. But I don't know what else to do, do I simplify the x^12?

Answer 32

https://www.wolframalpha.com/input/?i=%28x^4%29^%283%2F5%29

Answer 33

you cant simplify 12/5

Answer 34

Email your instructor it is obviously a mistake on the site

Answer 35

In the future it might help to post the answer you got in the question.

Answer 36

or you can always use wolframalpha to check your answers :)

Answer 37

Ok. Thank-you for your time!