Question

I need help with solving a problem that I have been trying to figure out for the last 5 hours

Answer 1

Can I see the problem?

Answer 2

Lets Try.

Answer 3

\[\sqrt[3]{1024}\]

Answer 4

8\[\sqrt[3]{2}\] is not the answer

Answer 5

\[1024=2^{10}\]

Answer 6

is it 8 or three?

Answer 7

according to my answer key it states that the answer is \[4\sqrt[3]{16}\]

Answer 8

You can still simplify that \[4 \sqrt[3]{2^4}\]

Answer 9

so: \[4(2)\sqrt[3]{2}\]

Answer 10

\[8\sqrt[3]{2}\]

Answer 11

Does that answer you problem?

Answer 12

not really Josephniel. I have never done cubic sqaures before so i will need to see the entire problem written out and answered with the correct answer.

Answer 13

cubic roots I meant

Answer 14

Okay. I'll show you the solution just for the sake of it

\[\sqrt[3]{1024}\] Since 1024 is \[ 2^{10} \], we have:
\[\sqrt[3]{2^{10}}\] To simplify, since the index is 3, we will divide the exponent to the index. So it's like:

\[\ 2^{10/3} \] Doing the operation, we have:

\[\ 2^3 * 2^{1/3} \] If your exponent is a fraction, the denominator will serve as the index for your radical sign and the numerator as the exponent for the radicand

So, we'll have:
\[2^3\sqrt[3]{2}\]
\[8\sqrt[3]{2}\]

Answer 15

The answer in your answer sheet is also right. it's just that the answer is not fully simplified.

Answer 16

So, satisfied?

Answer 17

y

Answer 18

Jose are you on

Answer 19

yeah.