Question

rewrite x^-1/3 with positive exponents

Answer 1

\[x^{\frac{-1}{3}} =\frac {1}{x^{\frac{1}{3}}}\]

Answer 2

that is what I thought but was not sure.

Answer 3

\[\sqrt{6t}\]\[\sqrt{6t}\]. multiply then simplify by factoring. Assume all variables under radicals represent non negative numbers.

Answer 4

\[\sqrt{6t} \times \sqrt{6t} = \sqrt{36t^2}=6t\]

Answer 5

okay so I just multiply everything in the problem. that makes sense.

so if I had a problem that said find the function values.. g(89)= \[\sqrt[4]{t-8}\] would my answer be 9?

Answer 6

pls wait

Answer 7

it would be 3

Answer 8

since the order of the given radical is 4

Answer 9

okay so if g(-1) it would be 3.
g(6569) i got 81 or do I take it down to 3 as well.
g(9) I got 1.

man I am so lost.