@lizzyrockefeller

Question

@lizzyrockefeller

anonymous · Answer

yess ?

anonymous · Answer

hi

anonymous · Answer

@Pizza_King

anonymous · Answer

can you help me with algebra one questions? its something to do with cube roots.. :/

anonymous · Answer

i will try my best took algebra 3 yrs ago

anonymous · Answer

have you done lesson 11 and unit 4..? or do you need my link to it.?

anonymous · Answer

@AuroraB

anonymous · Answer

link please

anonymous · Answer

https://www.connexus.com/content/chrome/online/lessonViewer.aspx?header=true&idCourse=36408&idUnit=28336&idLesson=323733&page=1&idWebuser=977952&idSection=465354&self=True&menu=off&resizeWindow=true

anonymous · Answer

i cant do anything it took me to the log in page and i have to get off for a few
sorry

anonymous · Answer

its ok

aurorab · Answer

yeahhh it just brings up the log in page.. could you take a screenshot of the problem and post that??

anonymous · Answer

im on a computer it wont let me, can I just send you the log in?

aurorab · Answer

yeah

anonymous · Answer

I sent it to you through message.

aurorab · Answer

which question?

aurorab · Answer

the cubed root with graphes to choose from?  >.<

anonymous · Answer

the unit four test

aurorab · Answer

okay... but all of it?

anonymous · Answer

yeah, I don't understand any of it, is that to much?

aurorab · Answer

I understand some... but I'm not about to do it for your friend.

anonymous · Answer

Ok well can you help us with it.? She's with me right now.

aurorab · Answer

mmhmm with what I know

aurorab · Answer

do you have ANY of them answered yet?

anonymous · Answer

Ok that's fine. and no we were going to have some one help us out with some of them to get to know the other questions better so we can do the rest by our selves

aurorab · Answer

soo the first one... 
$$\frac{ \sqrt{5} }{ \sqrt[3]{5} }$$  you got to simplify this.. and do you remember going over properties, like exponential properties

anonymous · Answer

not really :/

aurorab · Answer

u.u mkay... well, the way to work this out is formed like so. 
$$x_{n}^{1}$$ which equals $$\sqrt[n]{x}$$ can you try to substitute the equation in the first question into the formula i just gave you

anonymous · Answer

I think im way much worse in math than you are. cx .-. I don't even know what those letter thingys even mean.. :/ ill try tho

aurorab · Answer

haha okay well basically it's gonna look like this when you simplify it 
$$5_{6}^{1}$$ and do you get this AT ALL? 

better yet, does your friend?

anonymous · Answer

we kinda do, so wait what do we do with 5 1/6

aurorab · Answer

that's ur answer.

anonymous · Answer

Ooohhh ok

aurorab · Answer

hah yeah. soooo if you kinda get it... do i gotta walk you throw the next one?

anonymous · Answer

yah one more and then I think we would be fine doing the rest

aurorab · Answer

otay.. any in particular you want to try to help you with?

anonymous · Answer

#5

aurorab · Answer

hah. um.. *cough cough* okayyyy i'll try my best

anonymous · Answer

lmao if its to hard I can pick a different one.

aurorab · Answer

did you get my pm hun??

aurorab · Answer

hope I helped..