Question

Logs again.

Answer 1

\[\log_{5}6+\log_{5}2x^2=\log_{5}48\]

Answer 2

@TheSmartOne

Answer 3

he could probably do it.

Answer 4

Simple..

Answer 5

\[\log(a) +\log(b) = \log(ab)\]

Answer 6

Then do the same as you did earlier.. Totally same..

Answer 7

@EmmaMink you doubt my capabilities?? :P

Answer 8

Give @waterineyes a cookie! (or medal)

Answer 9

But you can only do that if it has the same base.

Answer 10

Which it does :D

Answer 11

cookie is better. I am bored of medals.. :P

Answer 12

\[\log A= \log B\]
then A=B

Answer 13

I need to be taught. I'm just now learning these.
\[\log(6*2x^{2})\]
Is this right?

Answer 14

Correct

Answer 15

After this, you know no??

Answer 16

And then just set it up eqaul to 48 and ytou can remove the log and solve for it :P

Answer 17

equal** you***

Answer 18

Alright thanks guys!

Answer 19

I got \[\huge x= \pm 2\]

Answer 20

Good.. :)

Answer 21

Any doubt??

Answer 22

Nope. I totally get it now.

Answer 23

Good job @waterineyes @TheSmartOne

Answer 24

No problem :D

Answer 25

:P

Answer 26

Apne muh miyaan mithu?? :P

Answer 27

Gee