Question

^_^ moar simplifying radicals. >.>

Answer 1

\[\Huge V.V\]

Answer 2

\[\sqrt{48xy ^{5}}\]

Answer 3

MAORE? Y u no understand after one example

Answer 4

jyesss. fool.

Answer 5

48 or 49?

Answer 6

49 would be nicers =]

Answer 7

these things are difficult for a koala.

Answer 8

Out kast is right.

Answer 9

4y^2 rad 3xy

Answer 10

16 x 3... yeah what chess said i'm pretty sure is correct

Answer 11

Outkast, you win a medal for using a meme.

Answer 12

\[\sqrt{4*4*3*y^2*y^2*y*x}=4y^2\sqrt{3yx}\]

Answer 13

geez everyone is doing imaginary numbers riht now... i don't even remember them

Answer 14

\[\Huge \begin{array}l\color{red}{\text{R}}\color{orange}{\text{A}}\color{#9c9a2e}{\text{D}}\color{green}{\text{I}}\color{blue}{\text{C}}\color{purple}{\text{A}}\color{purple}{\text{L}}\color{red}{\text{S}}\color{orange}{\text{!}}\color{#9c9a2e}{\text{}}\end{array}\]

Answer 15

like i remember i^2 = -1 i think

Answer 16

wouldnt it be 4 root 3 x^1/2 y^5/2 ?

Answer 17

HELP MEHH

Answer 18

look at mathematticalpro's ... it shows it clearly how to do it

Answer 19

i dont understand WHY though. but anyhoo, thanks everyone.

Answer 20

Some things are perfect squares, other things are not. You want to isolate the perfect squares to simplify a radical.

the perfect square factors of 48xy^5 are 16 (16*3=48) and y^4
(y^4 *y=y^5)

So set up a square root with the perfects and another with the imperfects
\[\sqrt{16y^4}\sqrt{3xy}\]

Answer 21

Now simplify the perfects

Answer 22

\[4y^2\sqrt{3xy}\]