Question

Algebra I

Answer 1

\[Simplify \left( \sqrt{5} )(\sqrt[3]{5}\right)\]

Answer 2

(A) 5^(5/6)
(B) 5^(1/6)
(C) 5^(2/3)
(D) 5^(7/6)

Answer 3

I think the answer is C.

Answer 4

@ganeshie8 @hartnn @texaschic101

Answer 5

It's A. \[\sqrt{5} = 5^{\frac{ 1 }{ 2 }}\]

Answer 6

so C isn't correct..

Answer 7

Wait how?

Answer 8

ok
\(\sqrt x = x^{1/2} \\ \sqrt[3]x = x^{1/3}\)

Answer 9

and \(\Large x^m x^n = x^{m+n}\)

Answer 10

so,
1/2 +1/3 = ... ?

Answer 11

Oh yeah thnx @Sadworld and @hartnn I understand it now! :)

Answer 12

I probably had done it a more complicated way. That's why

Answer 13

can you do a similar other question on your own ?

Answer 14

\[\sqrt{5} = 5^{\frac{ 1 }{ 2 }} ; \sqrt[3]{5} = 5^{\frac{ 1 }{ 3 }}\]

Answer 15

Yeah. Give me a question plz

Answer 16

\(\Large \sqrt[4]{x^3}\times \sqrt[4]x = ... ?\)

Answer 17

Give me some time tho

Answer 18

sure take your time :)

Answer 19

hint :
\(\Large \sqrt[p]{x^q} = x^{q/p}\)

Answer 20

Okay so, \[x^{3/4}\]

Answer 21

Then, \[x^\frac{ 1 }{ 4 }\]

Answer 22

\(\Large x^{3/4} \times x^{1/4} = ... ?\)

Answer 23

\(\Large x^{3/4} \times x^{1/4} = x^{3/4+1/4}=... ?\)

Answer 24

x

Answer 25

excellent :)

Answer 26

Thanks for helping me out :)

Answer 27

welcome ^_^