Question

Simplify. Problem posted below

Answer 1

Hold on typing it out now

Answer 2

\[^3\sqrt{7} \over ^5\sqrt{7}\]

Answer 3

There that should be simpler

Answer 4

Would this be... \[7 \frac{ 5 }{ 3 }\]

Answer 5

OK sorry for being rude I'll try again. Let's see ... yeah it looks like it would be \[7\frac{ 3 }{ 4 }\]

Answer 6

\[\huge 7^{\frac{1}{3}-\frac{1}{5}}\]

Answer 7

Oh wait sorry what I meant was 7 5/3rds not what i put down

Answer 8

Satellite73 am i wrong or correct?

Answer 9

wrong

Answer 10

\[\frac{1}{3}-\frac{1}{5}=?\]

Answer 11

Well if we are talking the number it would be 0.13

Answer 12

it is this right
\[\huge \frac{\sqrt[3]{7}}{\sqrt[5]{7}}\]

Answer 13

forget decimals !!

Answer 14

subtract

Answer 15

But im trying to figure out the fraction as u provided. So i believe the answer would be, \[7\frac{ 2 }{ 15 }\]

Answer 16

Yes that was correct satellite73

Answer 17

as an exponent yes
\[\huge 7^{\frac{2}{15}}\]

Answer 18

in radical form you would write
\[\huge \sqrt[15]{7^2}\]

Answer 19

Well thank you. Also could u explain to me how you make your equations look bigger?

Answer 20

\huge

Answer 21

Alright thanks! I knew the answer was 7 2/15

Answer 22

I NEED HELP TO PLZ

Answer 23

if you want to see any code, right click and choose "see math as" then "latex"

Answer 24

I was going exponential form not radical thanks for the extra form.

Answer 25

@satellite73 I dont have the latex option.

Answer 26

WELL IS ANYONE GOING TO HELP ME