Question

Can someone help ?

Answer 1

do you know what rationalizing the denominator means?

Answer 2

nope @Tomas.A

Answer 3

Well as you should know square over some number means that it will be irrational, so you should remove square from denominator. How to do that? Well I hope you know that \[\sqrt{2}\times\sqrt{2}=\sqrt{2\times2}=\sqrt{2^2}=2\]
use same principle, you can multiply denominator and numerator by same number

Answer 4

. . . and then ? @Tomas.A

Answer 5

when you do that it will be rationalized

Answer 6

i have no idea what youre talking about im sorry im really confused @Tomas.A

Answer 7

multiply denominator and numerator by \(\sqrt{30}\)..

Answer 8

whats the numerator and denominator ? @Tomas.A

Answer 9

\[\frac{this\ is \ numerator}{this\ is\ denominator}\]

Answer 10

i know . . but in the problem @Tomas.A

Answer 11

\(4\sqrt{6}\) is numerator in your problem and \(\sqrt{30}\) is denominator

Answer 12

53.6 ? ? ? and 30 ??? @Tomas.A

Answer 13

i dont know whats that

Answer 14

ugh. i have no idea how to do this .

Answer 15

\[\frac{4\sqrt{6}\times\sqrt{30}}{\sqrt{30}\times\sqrt{30}}=\frac{4\sqrt{6}\times\sqrt{5\times6}}{30}=\frac{4\times6\sqrt5}{30}=\frac{24\sqrt5}{30}=\frac{4\sqrt5}{5}\]

Answer 16

That would be the answer ?

Answer 17

yeah..

Answer 18

can i say something ?

Answer 19

yes

Answer 20

I love you . thank you. life saver. @Tomas.A