Question

What is a simpler form of the radical expression?

Answer 1

That's debatable, isn't it? Do you prefer fractional exponents?

Answer 2

\[\sqrt{16g^{10}}\]

Answer 3

\[16 = 4*4 \]

\[\sqrt{16} = (16)^{\frac{ 1 }{ 2 }} = (4^2)^{\frac{ 1 }{ 2 }} = 4\]

Answer 4

U got it....Do...The Same For g^10 and Combine

Answer 5

\[\huge \sqrt[m]{r^{n}}\]
m is called the index of the radical (and if there's no index, it's understood to be 2)
r is called the radicand
n is, of course, an exponent, and it may be placed in the radical or out (as long as the thing to be raised to an exponent is the entire radicand)

And this whole thing can be written as
\[\huge r^{\frac{n}{m}}\]