Question

Help

Answer 1

To get rid of the square root. you'd have to raise both sides to the power of two.
That's the first step.

Answer 2

So I guess you can figure out the answer now :)

Answer 3

B?

Answer 4

\(\large\sqrt{6x+4}=8\)

\(\large(\sqrt{6x+4})^2=8^2\)

\(\large 6x+4=64\)

You know how to solve it now?

Answer 5

Dident you square root both sides??

Answer 6

Yea, raising both sides to the power of two = squaring both sides

Answer 7

when you square a square root, the square root will go away, leaving the part under the root.

\(\Large(\sqrt{x})^2=x\)

Answer 8

Same for taking the square root of something that's squared.

\(\Large\sqrt{x^2}=x\)

Square root and the square are opposites (inverse functions)

Answer 9

So was I right.