Consider the following functions from positive integers t real numbers:\(10,\sqrt n ,\;n,{\log _2}n,\frac{{100}}{n}\)The CORRECT arrangement of the above functions in increasing order of asymptotic complexity is:

\(10.\frac{{100}}{n},\;\sqrt {n,} {\log _2}n,\;n\)

\({\log _2}n,\frac{{100}}{n},\;10\;,\sqrt n ,\;n\)

\(\frac{{100}}{n},\;10\;,{\log _2}n,\;\sqrt n ,\;n\)

\(\frac{{100}}{n},{\log _2}n,\;10,\sqrt n ,\;n\)

Consider the following functions from positive integers t real numbers

1.	Consider the following functions from positive integers t real numbers:\(10,\sqrt n ,\;n,{\log _2}n,\frac{{100}}{n}\)The CORRECT arrangement of the above functions in increasing order of asymptotic complexity is:
A.	\({\log _2}n,\frac{{100}}{n},\;10\;,\sqrt n ,\;n\)
B.	\(\frac{{100}}{n},\;10\;,{\log _2}n,\;\sqrt n ,\;n\)
C.	\(10.\frac{{100}}{n},\;\sqrt {n,} {\log _2}n,\;n\)
D.	\(\frac{{100}}{n},{\log _2}n,\;10,\sqrt n ,\;n\)
Answer» C. \(10.\frac{{100}}{n},\;\sqrt {n,} {\log _2}n,\;n\)

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Consider the following functions from positive integers t real numbers:\(10,\sqrt n ,\;n,{\log _2}n,\frac{{100}}{n}\)The CORRECT arrangement of the above functions in increasing order of asymptotic complexity is:

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