Which one of the following options about the runtime complexity of the following

expression $2^{lo{g}_2(2n)}+10\sqrt[\phantom{2}]{n^2}+3nlo{g}_{2}n$ is true?

A$.R(n)=(n)$

B$.R(n)=(lo{g}_{2}n)$

C$.R(n)=(\sqrt[\phantom{2}]{n})$

D$.R(n)=(logn)$

E$.R(n)=(nlo{g}_{2}n)$