k n = 0 , 5 m s {\displaystyle kn=0,5ms}
k .100 = 0 , 5 m s {\displaystyle k.100=0,5ms}
k = 0 , 005 m s e l e m e n t o {\displaystyle k=0,005{\frac {ms}{elemento}}}
0 , 005 m s e l e m e n t o ∗ 500 = 2 , 5 m s {\displaystyle 0,005{\frac {ms}{elemento}}*500=2,5ms}
k n l o g n = 0 , 5 m s {\displaystyle knlogn=0,5ms}
k .100 l o g 100 = 0 , 5 m s {\displaystyle k.100log100=0,5ms}
k = 0 , 0010857 m s e l e m e n t o {\displaystyle k=0,0010857{\frac {ms}{elemento}}}
0 , 0010857 m s e l e m e n t o ∗ 500 l n 500 = 3 , 37 m s {\displaystyle 0,0010857{\frac {ms}{elemento}}*500ln500=3,37ms}
k n 2 = 0 , 5 m s {\displaystyle kn^{2}=0,5ms}
k .10000 = 0 , 5 m s {\displaystyle k.10000=0,5ms}
k = 0 , 00005 m s e l e m e n t o {\displaystyle k=0,00005{\frac {ms}{elemento}}}
0 , 00005 m s e l e m e n t o ∗ 250000 = 12 , 5 m s {\displaystyle 0,00005{\frac {ms}{elemento}}*250000=12,5ms}
k n 3 = 0 , 5 m s {\displaystyle kn^{3}=0,5ms}
k .1000000 = 0 , 5 m s {\displaystyle k.1000000=0,5ms}
k = 0 , 0000005 m s e l e m e n t o {\displaystyle k=0,0000005{\frac {ms}{elemento}}}
0 , 0000005 m s e l e m e n t o ∗ 125000000 = 62 , 5 m s {\displaystyle 0,0000005{\frac {ms}{elemento}}*125000000=62,5ms}