Suppose you have two diﬀerent algorithms for solving a problem. To solve a problem of size n, the ﬁrst algorithm uses exactly $n \sqrt { n }$ operations and the second algorithm uses exactly $n ^ { 2 } \log n$ operations. As n grows, which algorithm uses fewer operations?

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The Answer of Suppose you have two diﬀerent algorithms for solving a problem. To solve a problem of size n, the ﬁrst algorithm uses exactly $n \sqrt { n }$ operations and the second algorithm uses exactly $n ^ { 2 } \log n$ operations. As n grows, which algorithm uses fewer operations?

Suppose You Have Two Diﬀerent Algorithms for Solving a Problem nnn \sqrt { n }nn​

Suppose You Have Two Diﬀerent Algorithms for Solving a Problem $n \sqrt { n }$