If algorithm A and another algorithm B take log2(n) and √n microseconds, respectively, to solve a problem, then the largest size n of a problem these algorithms can solve. respectively. in one second are_____ and _____.

\({2^{{{10}^6}}}and\;{6.10^6}\)

\({2^{{{10}^6}}}and\;{10^{{12}}}\)

\({2^{{{10}^6}}}and\;{6.10^{12}}\)

If algorithm A and another algorithm B take log2(n) and √n microsec

1.	If algorithm A and another algorithm B take log2(n) and √n microseconds, respectively, to solve a problem, then the largest size n of a problem these algorithms can solve. respectively. in one second are_____ and _____.
A.	\({2^{{{10}^6}}}and\;{10^6}\)
B.	\({2^{{{10}^6}}}and\;{10^{{12}}}\)
C.	\({2^{{{10}^6}}}and\;{6.10^6}\)
D.	\({2^{{{10}^6}}}and\;{6.10^{12}}\)
Answer» C. \({2^{{{10}^6}}}and\;{6.10^6}\)

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If algorithm A and another algorithm B take log2(n) and √n microseconds, respectively, to solve a problem, then the largest size n of a problem these algorithms can solve. respectively. in one second are_ and _.

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