Question

How do i simplify this???

Answer 1

Depends on what is "this" .

Answer 2

I'll post it in a sec o.o

Answer 3

square root of 2 over cube root of 2

Answer 4

\(\LARGE\color{green}{ \bf \frac{\sqrt{2} }{\sqrt[3]{2} } }\)

\(\LARGE\color{green}{ \bf \frac{\sqrt[2]{2} }{\sqrt[3]{2} } }\)

\(\LARGE\color{green}{ \bf 2^{1/2} \div2^{1/3}=2^{1/2-1/3}=2^? }\)

Answer 5

I'm confused? @SolomonZelman

Answer 6

@jim_thompson5910 can you help?

Answer 7

where are you stuck?

Answer 8

Pretty much the entire thing

Answer 9

-:(

Answer 10

It's multiple choice.... and i can choose from
A) 2 to the power of 1 over 6

B) 2 to the power of 1 over 3

C) 2 to the power of 5 over 6

D) 2 to the power of 3 over 2

I don't know how to get what they want.

Answer 11

Did you see SolomonZelman's steps?

Answer 12

Yes. But I can't really make sense of it o.o

Answer 13

@jim_thompson5910

Answer 14

Well first off, he wrote

\[\Large \sqrt{2}\]

as

\[\Large \sqrt[2]{2}\]

Answer 15

do you understand how this step was obtained?

Answer 16

WAIT oh would it be A? 2 1/6?

Answer 17

I believe i understand now. It would be A right? @jim_thompson5910

Answer 18

how are you getting 1/6

Answer 19

1/2-1/3

Answer 20

good

Answer 21

so the key is to get everything have to an exponent

then subtract the exponents

Answer 22

to have*

Answer 23

Thank you @SolomonZelman and @jim_thompson5910 I have another question.

Answer 24

The expression 700(1.005644)4x shows the quarterly interest rate Letrice earns after x years. Which expression shows the x isolated in the exponent in an equivalent form?

A) 700(0.251411)x

B) 700(4.022576)x

C) 700(1.022768)x

D) 700(1.001408)x

Answer 25

hint:

\[\Large a^{b*c} = (a^b)^c\]

Answer 26

Uhh... i dont know Dx @jim_thompson5910

Answer 27

@jim_thompson5910

Answer 28

example