Question

Simplify the expression.

Giving medals.

Answer 1

?

Answer 2

What is the expression?

Answer 3

i just posted it. choice A is wrong so im not giving that option.

Answer 4

You need to distribute.

Answer 5

\(a(b+c)=ab+ac\)

Answer 6

b

Answer 7

do the square root of 6 then the square root of 33 and distribute and solve

Answer 8

c

Answer 9

d

Answer 10

@INeeDhElp1.
that doesn't work. they aren't square roots.

Answer 11

what doesnt work?

Answer 12

You can't just take the square root right away.

Answer 13

then idk how to do it lol

Answer 14

so whats the answer? i posted the choices.

Answer 15

Whats the answer?

Answer 16

Do what I posted above, distribute.

Answer 17

dont know how.

Answer 18

would it be c?

Answer 19

would it be c?

Answer 20

http://www.reactiongifs.com/wp-content/uploads/2013/08/enough-internet.gif

Answer 21

yep its c i finished and got the answer right.

Answer 22

lol austin

Answer 23

hehe

Answer 24

Ok, now that you have gotten the answer, I will give the solution.

We have,

\(\sqrt{6}(\sqrt{33}+7)\)

You need to distribute it out,

\(\sqrt{6}\times\sqrt{33} + \sqrt{6}\times7\)

Which is,

\(\sqrt{198}+7\sqrt{6}\)

This simplifies down to,

\(3\sqrt{22}+7\sqrt{6}\)

Make sense?