Question

Simplifying complex radicals

Answer 1

\[\sqrt{10}(\sqrt{2}+2)\]

Answer 2

would you get the sqrts first?

Answer 3

then distribute it in the () and go from there?

Answer 4

does that sound right to do?

Answer 5

3.16(1.41+2)
4.46+2
6.46
IDK if thats right just trying to help ya but thats the only thing that i can think to do

Answer 6

I have to keep it radical form :3

Answer 7

dang umm here let me try something and ill see if i can get it. I teach myself and well I dont have this haha

Answer 8

what do you know about them.

Answer 9

I have to simplify it:O

Answer 10

i know how to do stuff like \[3\sqrt{63}\] and such, just not this:P

Answer 11

im trying to figure it out but I have no clue.... Im sooooooo sorry :/

Answer 12

apply the distributive property to the expression...

Answer 13

distributive property: \(\large a(b+c)=a\cdot b + a \cdot c \)
then simplify (if possible).

Answer 14

Hmm. so \[\sqrt{10}\sqrt{2} + 2\sqrt{10}\]

Answer 15

Thanks!

Answer 16

\[2\sqrt{5}+2\sqrt{10}\] :D

Answer 17

wait... you can simplify the \(\large \sqrt{10}\cdot \sqrt2 = 2\sqrt5\)

Answer 18

oh... you're too fast for me...:)

good job....

Answer 19

:D I can do that, I just didn't think about distributing. Thank you:)

Answer 20

yw...:)