Question

i have five problems i have been trying to get help with since last night can anybody please look at them work them out and show me how they are done?

Answer 1

\[ \dfrac{(9\sqrt[3]{4} -6\sqrt[3]{4})} {\sqrt[3]{729}}\]

Is this the first one?

Answer 2

i will post each one separately here ok

Answer 3

No, not all here, as separate questions, each with own thread.

Is the above correct for the first one, we will do that one in here.

Answer 4

no i will correct it for you

Answer 5

This is the tex if you want to correct that instead..

\dfrac{(9\sqrt[3]{4} -6\sqrt[3]{4})} {\sqrt[3]{729}}

Answer 6

\[9\sqrt[3]{4}-6\sqrt[3]{4} subtract and simplify\]

Answer 7

Ok, let me look...

Answer 8

OK, I think your are letting the radicals get u confused, the same expression is in both terms so you can factor it out just as you would do with a normal equation:

\[\sqrt[3]{4} (9-6) = 3 \sqrt[3]{4}\]

Answer 9

they look so much alike

Answer 10

The cube root of 4 can't be more simplified so you can just think of it as "x".

9x -6x = 3x

Answer 11

ok then what

Answer 12

Well, that 's the first question done, right?

I saw you posted something else but the format is docx, I can't read it.

Answer 13

i will post the next one sec ty for your help i didnt mean to seem testy

Answer 14

Is the next question cube root of 729?

Answer 15

yes

Answer 16

Might as well do that one, it's 9.

Do you have a calculator?

Answer 17

yes i do but im not sure how to do them on it

Answer 18

Ok, do you have a little symbol on your calculator looks like

\[x^y\]

Answer 19

It's above X on mine...

Answer 20

next to another one looks like\[x^{\frac{1}{y}}\]

Answer 21

It's really easy once u know....

Answer 22

im sure i will need to post the next couple they are pretty large

Answer 23

Is number 3

(3 root 3 - 9 root 5)*(2 root 3 + 6 root 5)?

Answer 24

OK, don't know where u have gone, if it is like above, answer is -252.

Now u should post the other questions 1 by 1.