Question

Math help!

Answer 1

This?\[\large{x^3=\frac{1}{27}}\]

Answer 2

yeah

Answer 3

I'm not good with past grade stuff

Answer 4

You can cube root the fraction\[\large{\sqrt[3]{\frac{1}{27}}}\]which can also be read as\[\large{\frac{\sqrt[3]{1}}{\sqrt[3]{27}}\to\frac{1}{3}}\]

Answer 5

So basically:\[\large{x^3=\frac{1}{27}}\]\[\large{\sqrt[3]{x^3}=\sqrt[3]{\frac{1}{27}}}\]\[\therefore x=\frac{1}{3}\]

Answer 6

Hm Do you know how I would probably do that in a calculator? Just asking.

Answer 7

Scientific or graphing? Also, which model (ex. TI-84 is a graphing calculator)

Answer 8

The internet model XD and Scientific

Answer 9

internet model XD ?

Scientific: I need a specified model name because they use different controls sometimes

Answer 10

It's usually in big letters on the upper right corner

Answer 11

Oh nooo

Answer 12

Use a physical calculator D:

Answer 13

Ehh I don't have one but it was worth a shot thanks though I'll tell you some day in the near future when I get one...

Answer 14

Scientifics are usually twenty bucks, pretty cheap for an advanced piece of intelligent tech (kind of) haha

Answer 15

Of course if you want a computer version there is always the virtual TI-84 (graphing), See here

Answer 16

I can help you set the calculator up :)

Answer 17

idk either I just clicked ahead and went on lol

Answer 18

Lemme try finding another site.

Answer 19

lol

Answer 20

See here instead?

Answer 21

I would click "64 bit" by the way

Answer 22

I'll bookmark it and thanks I just cant download it dad has a password for installing stuff too XD

Answer 23

Ooh, admin privileges ( ͡° ͜ʖ ͡°)

Answer 24

xD

Answer 25

Well you can get it on your phone too, just type in "wabbitemu"