Question

HELp offering medals. if question is correct.

Simplify the radical expression.

Answer 1

answer choices are: and d is not the correct answer so...

Answer 2

a

Answer 3

b

Answer 4

c

Answer 5

im not going to give you d because its wrong.

Answer 6

Look :
Just do this work :
we have :
16q under Radical * 14q un R
\[\sqrt{16q}*\sqrt{14q}=\sqrt{16*14}

Answer 7

you leave the 2 alone, so we will have.

\(2\sqrt{\underline{numbers}}\)

Now what is \(14q\times4q\)?

Answer 8

\[\sqrt{16q}*\sqrt{14q}= ?\]

Answer 9

have :
\[\sqrt{56q^2}=q \sqrt{56}=\sqrt2q{14}\]=d

Answer 10

so whats the answer c?

Answer 11

What is \(14q\times4q\)?

That will be under the square root, and that is multiplied by 2.

Answer 12

Yea !!!
yea !

Answer 13

@Kenziehulse :Your answer is right !:)

Answer 14

It will give,

\(2\sqrt{56q^2}\)

which can be rewritten as

\(2\times\sqrt{56}\times\sqrt{q^2}\)

\(\sqrt{56}=2\sqrt{14}\)
\(\sqrt{q^2}=q\)

So now we have,

\(2\times2\sqrt{14}\times q=~?\)

Answer 15

k im closin gbut im opening another still offering medals for every one of my questions .:)