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Emil Núñez Rojas 
Este tema es auténticamente nuevo y descubierto por el Autor el 08 de agosto de 2007 en Lima Perú – Ñaña – La Era, Universidad 
Peruana Unión, Universidad Tecnológica de Praga (CVUT), facultad de ingeniería Física (Fjfi) : noverbal@hotmail.com, cel: 954 
638 125. 
LIMITES DE LOS COEFICIENTES DE VARIACIONES DE LA FUNCIÓN 
DE LA FORMA: nmx y f : ; Nnm, 
Se cumple que el límite de la función potencia n x y f  : (para N n  ) que pasa por la diagonal de la tabla de límites de las variaciones: 
1 
n 
2 1 
x 
n 
lim ( ) 
 
 
x 
 n 
x 
 
Y la fórmula general de los límites de los coeficientes de variaciones de las funciones de la tabla está dada por: 
m 
 
Aunque en la tabla se ha considerado de que N n m  , Sin embargo se cumple que R n m   , . 
De otro modo. Si b m  , entonces b b a n    2 . Se cumple la misma propiedad: 
b 
a 
   
  
CV x a b b b 
x 
  
 
 
 
2 
lim . 
TABLA DE LOS LIMITES DE LOS COEFICIENTES DE VARIACIONES DE LA FUNCION DE LA FORMA: n m x y f : ; Nnm, 
Números 
naturales 
raíz 
Inversa 
*2 
*3 
*4 
1 1 
1 
    
 
1 
lim ( ) 1 1 1 2 
CV x x 
2 
1     
 
1 
lim ( ) 1 2 2 2 2 
CV x x 
3 
2     
 
1 
lim ( ) 1 3 3 3 2 
CV x x 
4 
3     
 
1 
lim ( ) 1 4 4 4 2 
CV x x 
4 
2 1,41421356 
1 
    
 
2 
lim ( ) 2 1 1 2 
CV x x 
0,70710678 
2 
    
 
2 
lim ( ) 2 2 2 2 2 
CV x x 
1,41421356 
3 
    
 
2 
lim ( ) 2 3 3 3 2 
CV x x 
2,12132034 
4 
   
 
2 
lim ( ) 18 4 4 CV x x 
2,82842712 
3 1,73205081 
 
limCV(x) 
x 
 
 
limCV( x ) 2 
x 
1 
3 
=0,57735027 
2 
    
 
3 
lim ( ) 3 2 2 2 2 
CV x x 
1,15470054 
3 
    
 
3 
lim ( ) 3 3 3 3 2 
CV x x 
1,73205081 
4 
   
 
3 
lim ( ) 19 4 4 CV x x 
2,30940108 
4 2 
1 
    
 
4 
lim ( ) 4 1 1 2 
CV x x 
0,5 
2 
    
 
4 
lim ( ) 4 2 2 2 2 
CV x x 
3 
1     
 
4 
lim ( ) 4 3 3 3 2 
CV x x 
1,5 
4 
lim CV ( 20  
4 x 4 )   2 
x  
4 
5 2,23606798 
1 
    
 
5 
lim ( ) 5 1 1 2 
CV x x 
0,4472136 
  lim ( ) 2 CV x x 
lim ( ) 4 CV x x = 
2 
    
 
5 
lim ( ) 5 2 2 2 2 
CV x x 
2 
5 
=0,89442719 
3 
    
 
5 
lim ( ) 5 3 3 3 2 
CV x x 
1,34164079 
4 
   
 
5 
lim ( ) 21 4 4 CV x x 
1,78885438 
6 2,44948974 
1 
    
 
6 
lim ( ) 6 1 1 2 
CV x x 
0,40824829 
2 
    
 
6 
lim ( ) 6 2 2 2 2 
CV x x 
0,81649658 
3 
    
 
6 
lim ( ) 6 3 3 3 2 
CV x x 
1,22474487 
4 
   
 
6 
lim ( ) 22 4 4 CV x x 
1,63299316 
7 2,64575131 
1 
    
 
7 
lim ( ) 7 1 1 2 
CV x x 
0,37796447 
2 
    
 
7 
lim ( ) 7 2 2 2 2 
CV x x 
0,75592895 
lim ( ) 6 CV x x 
lim ( ) 3 CV x x = 
3 
    
 
7 
lim ( ) 7 3 3 3 2 
CV x x 
 
3 
7 
1,13389342 
4 
   
 
7 
lim ( ) 23 4 4 CV x x 
1,51185789 
(2 ) 
lim . ( ) 
n m n 
CV x n m 
x  

2 
8 2,82842712 
1 
8 
CV x 
lim ( )  
x 
1 
    
 
8 
lim ( ) 8 1 1 2 
CV x x 
0,35355339 
2 
    
 
8 
lim ( ) 8 2 2 2 2 
CV x x 
0,70710678 
3 
    
 
8 
lim ( ) 8 3 3 3 2 
CV x x 
1,06066017 
4 
   
 
8 
lim ( ) 24 4 4 CV x x 
1,41421356 
9 3 
1 
    
 
9 
) ( lim 9 1 1 2 
x CV x 
0,33333333 
2 
    
 
9 
) ( lim 9 2 2 2 2 
x CV x 
0,66666667 
3 
    
 
9 
lim ( ) 9 3 3 3 2 
CV x x 
1   lim ( ) 4 CV x x 
  lim ( ) 8 CV x x 
4 
    
 
9 
) ( lim 9 16 4 4 x CV x 
=1,33333333 
10 3,16227766 
1 
    
 
10 
lim ( ) 10 1 1 2 
CV x x 
0,31622777 
2 
    
 
10 
lim ( ) 10 2 2 2 2 
CV x x 
0,63245553 
3 
    
 
10 
lim ( ) 10 3 3 3 2 
CV x x 
0,9486833 
4 
    
 
10 
lim ( ) 10 16 4 4 CV x x 
1,26491106 
11 3,31662479 
1 
    
 
11 
lim ( ) 11 1 1 2 
CV x x 
0,30151134 
2 
    
 
11 
lim ( ) 11 2 2 2 2 
CV x x 
0,60302269 
3 
    
 
11 
lim ( ) 11 3 3 3 2 
CV x x 
0,90453403 
4 
    
 
11 
lim ( ) 11 16 4 4 CV x x 
1,20604538 
12 3,46410162 
1 
    
 
12 
lim ( ) 12 1 1 2 
CV x x 
0,28867513 
2 
    
 
12 
lim ( ) 12 2 2 2 2 
CV x x 
0,57735027 
3 
    
 
12 
lim ( ) 12 3 3 3 2 
CV x x 
0,8660254 
4 
    
 
12 
lim ( ) 12 16 4 4 CV x x 
1,15470054 
13 3,60555128 
1 
    
 
13 
lim ( ) 13 1 1 2 
CV x x 
0,2773501 
2 
    
 
13 
lim ( ) 13 2 2 2 2 
CV x x 
0,5547002 
3 
    
 
13 
lim ( ) 13 3 3 3 2 
CV x x 
0,83205029 
4 
    
 
13 
lim ( ) 13 16 4 4 CV x x 
1,10940039 
14 3,74165739 
1 
    
 
14 
lim ( ) 14 1 1 2 
CV x x 
0,26726124 
2 
    
 
14 
lim ( ) 14 2 2 2 2 
CV x x 
0,53452248 
3 
    
 
14 
lim ( ) 14 3 3 3 2 
CV x x 
0,80178373 
4 
    
 
14 
lim ( ) 14 16 4 4 CV x x 
1,06904497 
15 3,87298335 
1 
lim ( ) 15 1 1 2 
CV x x 
    
 15 
1 
CV x =0,25819889 
15 
lim ( ) 3  
x 
2 
    
 
15 
lim ( ) 15 2 2 2 2 
CV x x 
0,51639778 
3 
    
 
15 
lim ( ) 15 3 3 3 2 
CV x x 
0,77459667 
4 
    
 
15 
lim ( ) 15 16 4 4 CV x x 
1,03279556 
16 4 
1 
    
 
16 
lim ( ) 16 1 1 2 
CV x x 
0,25 
2 
    
 
16 
lim ( ) 16 2 2 2 2 
CV x x 
0,5 
3 
    
 
16 
lim ( ) 16 3 3 3 2 
CV x x 
0,75 
4 
    
 
16 
lim ( ) 16 16 4 4 CV x x 
1 
17 4,12310563 
1 
    
 
17 
lim ( ) 17 1 1 2 
CV x x 
0,24253563 
2 
    
 
17 
lim ( ) 17 2 2 2 2 
CV x x 
0,48507125 
3 
    
 
17 
lim ( ) 17 3 3 3 2 
CV x x 
0,72760688 
4 
    
 
17 
lim ( ) 17 16 4 4 CV x x 
0,9701425 
18 4,24264069 
1 
    
 
18 
lim ( ) 18 1 1 2 
CV x x 
0,23570226 
2 
    
 
18 
lim ( ) 18 2 2 2 2 
CV x x 
0,47140452 
3 
    
 
18 
lim ( ) 18 3 3 3 2 
CV x x 
0,70710678 
4 
    
 
18 
lim ( ) 18 16 4 4 CV x x 
0,94280904 
19 4,35889894 
1 
    
 
19 
lim ( ) 19 1 1 2 
CV x x 
0,22941573 
2 
    
 
19 
lim ( ) 19 2 2 2 2 
CV x x 
0,45883147 
3 
    
 
19 
lim ( ) 19 3 3 3 2 
CV x x 
0,6882472 
4 
    
 
19 
lim ( ) 19 16 4 4 CV x x 
0,91766294 
20 4,47213595 
1 
    
 
20 
lim ( ) 20 1 1 2 
CV x x 
0,2236068 
2 
    
 
20 
lim ( ) 20 2 2 2 2 
CV x x 
0,4472136 
3 
    
 
20 
lim ( ) 20 3 3 3 2 
CV x x 
0,67082039 
4 
    
 
20 
lim ( ) 20 16 4 4 CV x x 
4 
   
20 
lim ( ) 4 CV x x 
0,89442719 
21 4,58257569 
1 
    
 
21 
lim ( ) 21 1 1 2 
CV x x 
0,21821789 
2 
  
lim . ( ) 3 2 CV x 
x 
 21 
2 
    
 
21 
lim ( ) 21 2 2 2 2 
CV x x 
0,43643578 
3 
    
 
21 
lim ( ) 21 3 3 3 2 
CV x x 
0,65465367 
4 
    
 
21 
lim ( ) 21 16 4 4 CV x x 
0,87287156 
22 4,69041576 
1 
lim ( ) 22 1 1 2 
CV x x 
    
 22 
0,21320072 
2 
    
 
22 
lim ( ) 22 2 2 2 2 
CV x x 
0,42640143 
3 
    
 
22 
lim ( ) 22 3 3 3 2 
CV x x 
0,63960215 
4 
    
 
22 
lim ( ) 22 16 4 4 CV x x 
0,85280287 
23 4,79583152 
1 
    
 
23 
lim ( ) 23 1 1 2 
CV x x 
0,20851441 
2 
    
 
23 
lim ( ) 23 2 2 2 2 
CV x x 
0,41702883 
3 
    
 
23 
lim ( ) 23 3 3 3 2 
CV x x 
0,62554324 
4 
    
 
23 
lim ( ) 23 16 4 4 CV x x 
0,83405766 
24 4,89897949 
1 
    
 
24 
lim ( ) 24 1 1 2 
CV x x 
1 
CV x =0,20412415 
24 
lim ( ) 4  
x 
2 
    
 
24 
lim ( ) 24 2 2 2 2 
CV x x 
0,40824829 
3 
    
 
24 
lim ( ) 24 3 3 3 2 
CV x x 
0,61237244 
4 
    
 
24 
lim ( ) 24 16 4 4 CV x x 
0,81649658 
25 5 
1 
    
 
25 
lim ( ) 25 1 1 2 
CV x x 
0,2 
2 
    
 
25 
lim ( ) 25 2 2 2 2 
CV x x 
0,4 
3 
    
 
25 
lim ( ) 25 3 3 3 2 
CV x x 
0,6 
4 
    
 
25 
lim ( ) 25 16 4 4 CV x x 
0,8 
26 5,09901951 
1 
    
 
26 
lim ( ) 26 1 1 2 
CV x x 
0,19611614 
2 
    
 
26 
lim ( ) 26 2 2 2 2 
CV x x 
0,39223227 
3 
    
 
26 
lim ( ) 26 3 3 3 2 
CV x x 
0,58834841 
4 
    
 
26 
lim ( ) 26 16 4 4 CV x x 
0,78446454 
27 5,19615242 
1 
    
 
27 
lim ( ) 27 1 1 2 
CV x x 
0,19245009 
2 
    
 
27 
lim ( ) 27 2 2 2 2 
CV x x 
0,38490018 
3 
    
 
27 
lim ( ) 27 3 3 3 2 
CV x x 
3 
  
lim . ( ) 3 3 CV x 
x 
 27 
0,57735027 
4 
    
 
27 
lim ( ) 27 16 4 4 CV x x 
0,76980036
2 
lim ( ) 50 1 1 2 
CV x x     
 
3 
lim ( ) 50 2 2 2 2 
CV x x     
 
3 
28 5,29150262 
1 
    
 
28 
lim ( ) 28 1 1 2 
CV x x 
0,18898224 
2 
    
 
28 
lim ( ) 28 2 2 2 2 
CV x x 
0,37796447 
3 
    
 
28 
lim ( ) 28 3 3 3 2 
CV x x 
0,56694671 
4 
    
 
28 
lim ( ) 28 16 4 4 CV x x 
0,75592895 
29 5,38516481 
1 
    
 
29 
lim ( ) 29 1 1 2 
CV x x 
0,18569534 
2 
    
 
29 
lim ( ) 29 2 2 2 2 
CV x x 
0,37139068 
3 
    
 
29 
lim ( ) 29 3 3 3 2 
CV x x 
0,55708601 
4 
    
 
29 
lim ( ) 29 16 4 4 CV x x 
0,74278135 
30 5,47722558 
1 
    
 
30 
) ( lim 30 1 1 2 
x CV x 
0,18257419 
2 
    
 
30 
) ( lim 30 2 2 2 2 
x CV x 
0,36514837 
3 
    
 
30 
) ( lim 30 3 3 3 2 
x CV x 
0,54772256 
4 
    
 
30 
) ( lim 30 16 4 4 x CV x 
0,73029674 
31 5,56776436 
1 
    
 
31 
) ( lim 31 1 1 2 
x CV x 
0,1796053 
2 
    
 
31 
) ( lim 31 2 2 2 2 
x CV x 
0,3592106 
3 
    
 
31 
) ( lim 31 3 3 3 2 
x CV x 
0,53881591 
4 
    
 
31 
) ( lim 31 16 4 4 x CV x 
0,71842121 
32 5,65685425 
1 
    
 
32 
lim ( ) 32 1 1 2 
CV x x 
0,1767767 
2 
    
 
32 
lim ( ) 32 2 2 2 2 
CV x x 
0,35355339 
3 
    
 
32 
) ( lim 32 3 3 3 2 
x CV x 
0,53033009 
4 
    
 
32 
) ( lim 32 16 4 4 x CV x 
0,70710678 
33 5,74456265 
1 
    
 
33 
lim ( ) 33 1 1 2 
CV x x 
0,17407766 
2 
    
 
33 
lim ( ) 33 2 2 2 2 
CV x x 
0,34815531 
3 
    
 
33 
lim ( ) 33 3 3 3 2 
CV x x 
3 
  
lim . ( ) 5 3 CV x 
x 
 33 
0,52223297 
4 
    
 
33 
lim ( ) 33 16 4 4 CV x x 
4 
  
lim . ( ) 3 4 CV x 
x 
 33 
0,69631062 
34 5,83095189 
1 
    
 
34 
lim ( ) 34 1 1 2 
CV x x 
0,17149859 
2 
    
 
34 
lim ( ) 34 2 2 2 2 
CV x x 
0,34299717 
3 
    
 
34 
lim ( ) 34 3 3 3 2 
CV x x 
0,51449576 
4 
    
 
34 
lim ( ) 34 16 4 4 CV x x 
0,68599434 
35 5,91607978 
1 
    
 
35 
lim ( ) 35 1 1 2 
CV x x 
1 
CV x = 0,16903085 
35 
lim ( ) 5  
x 
2 
    
 
35 
lim ( ) 35 2 2 2 2 
CV x x 
0,3380617 
3 
    
 
35 
lim ( ) 35 3 3 3 2 
CV x x 
0,50709255 
4 
    
 
35 
lim ( ) 35 16 4 4 CV x x 
0,6761234 
36 6 
1 
    
 
36 
lim ( ) 36 1 1 2 
CV x x 
0,16666667 
2 
    
 
36 
lim ( ) 36 2 2 2 2 
CV x x 
0,33333333 
3 
    
 
36 
lim ( ) 36 3 3 3 2 
CV x x 
0,5 
4 
    
 
36 
lim ( ) 36 16 4 4 CV x x 
0,66666667 
37 6,08276253 
1 
    
 
37 
lim ( ) 37 1 1 2 
CV x x 
0,16439899 
2 
    
 
37 
lim ( ) 37 2 2 2 2 
CV x x 
0,32879797 
3 
    
 
37 
lim ( ) 37 3 3 3 2 
CV x x 
0,49319696 
4 
    
 
37 
lim ( ) 37 16 4 4 CV x x 
0,65759595 
38 6,164414 
1 
    
 
38 
lim ( ) 38 1 1 2 
CV x x 
0,16222142 
2 
    
 
38 
lim ( ) 38 2 2 2 2 
CV x x 
0,32444284 
3 
    
 
38 
lim ( ) 38 3 3 3 2 
CV x x 
0,48666426 
4 
    
 
38 
lim ( ) 38 16 4 4 CV x x 
0,64888568 
39 6,244998 
1 
    
 
39 
lim ( ) 39 1 1 2 
CV x x 
0,16012815 
2 
    
 
39 
lim ( ) 39 2 2 2 2 
CV x x 
0,32025631 
3 
    
 
39 
lim ( ) 39 3 3 3 2 
CV x x 
0,48038446 
4 
    
 
39 
lim ( ) 39 16 4 4 CV x x 
0,64051262 
40 6,32455532 
1 
    
 
40 
lim ( ) 40 1 1 2 
CV x x 
0,15811388 
2 
    
 
40 
lim ( ) 40 2 2 2 2 
CV x x 
0,31622777 
3 
    
 
40 
lim ( ) 40 3 3 3 2 
CV x x 
3 
  
lim . ( ) 4 3 CV x 
x 
 2 10 
0,47434165 
4 
    
 
40 
lim ( ) 40 16 4 4 CV x x 
0,63245553 
41 6,40312424 
1 
    
 
41 
lim ( ) 41 1 1 2 
CV x x 
0,15617376 
2 
    
 
41 
lim ( ) 41 2 2 2 2 
CV x x 
0,31234752 
3 
    
 
41 
lim ( ) 41 3 3 3 2 
CV x x 
0,46852129 
4 
    
 
41 
lim ( ) 41 16 4 4 CV x x 
0,62469505 
42 6,4807407 
1 
    
 
42 
lim ( ) 42 1 1 2 
CV x x 
0,15430335 
2 
    
 
42 
lim ( ) 42 2 2 2 2 
CV x x 
0,3086067 
3 
    
 
42 
lim ( ) 42 3 3 3 2 
CV x x 
0,46291005 
4 
    
 
42 
lim ( ) 42 16 4 4 CV x x 
0,6172134 
43 6,55743852 
1 
    
 
43 
lim ( ) 43 1 1 2 
CV x x 
0,15249857 
2 
    
 
43 
lim ( ) 43 2 2 2 2 
CV x x 
0,30499714 
3 
    
 
43 
lim ( ) 43 3 3 3 2 
CV x x 
0,45749571 
4 
    
 
43 
lim ( ) 43 16 4 4 CV x x 
0,60999428 
44 6,63324958 
1 
    
 
44 
lim ( ) 44 1 1 2 
CV x x 
0,15075567 
2 
    
 
44 
lim ( ) 44 2 2 2 2 
CV x x 
0,30151134 
3 
    
 
44 
lim ( ) 44 3 3 3 2 
CV x x 
0,45226702 
4 
    
 
44 
lim ( ) 44 16 4 4 CV x x 
0,60302269 
45 6,70820393 
1 
    
 
45 
lim ( ) 45 1 1 2 
CV x x 
0,1490712 
2 
    
 
45 
lim ( ) 45 2 2 2 2 
CV x x 
0,2981424 
3 
    
 
45 
lim ( ) 45 3 3 3 2 
CV x x 
0,4472136 
4 
    
 
45 
lim ( ) 45 16 4 4 CV x x 
0,59628479 
46 6,78232998 
1 
    
 
46 
lim ( ) 46 1 1 2 
CV x x 
0,14744196 
2 
    
 
46 
lim ( ) 46 2 2 2 2 
CV x x 
0,29488391 
3 
    
 
46 
lim ( ) 46 3 3 3 2 
CV x x 
0,44232587 
4 
    
 
46 
lim ( ) 46 16 4 4 CV x x 
0,58976782 
47 6,8556546 
1 
    
 
47 
lim ( ) 47 1 1 2 
CV x x 
0,14586499 
2 
    
 
47 
lim ( ) 47 2 2 2 2 
CV x x 
0,29172998 
3 
    
 
47 
lim ( ) 47 3 3 3 2 
CV x x 
0,43759497 
4 
    
 
47 
lim ( ) 47 16 4 4 CV x x 
0,58345997 
48 6,92820323 
1 
    
 
48 
lim ( ) 48 1 1 2 
CV x x 
1 
CV x =0,14433757 
48 
lim ( ) 6  
x 
2 
    
 
48 
lim ( ) 48 2 2 2 2 
CV x x 
0,28867513 
3 
    
 
48 
lim ( ) 48 3 3 3 2 
CV x x 
0,4330127 
4 
    
 
48 
lim ( ) 48 16 4 4 CV x x 
0,57735027 
49 7 
1 
    
 
49 
lim ( ) 49 1 1 2 
CV x x 
0,14285714 
2 
    
 
49 
lim ( ) 49 2 2 2 2 
CV x x 
2 
  
lim . ( ) 5 CV x 
x 
 49 
0,28571429 
3 
    
 
49 
lim ( ) 49 3 3 3 2 
CV x x 
0,42857143 
4 
    
 
49 
lim ( ) 49 16 4 4 CV x x 
0,57142857 
50 7,07106781 
1 
    
 
50 
50 
4 
lim ( ) 50 3 3 3 2 
CV x x     
 
50 
50 
lim ( ) 50 16 4 4 CV x x
0,14142136 0,28284271 0,42426407 0,56568542 
4 
Datos de las edades de 10 personas adultas 
40 
41 
42 
45 
48 
52 
56 
56 
58 
59 
Promedio 
49,7 
Desviación estándar 
7,40945342 
Coeficiente de variación 
0,14908357 
EFICIENCIA E 
  
m 
n m n 
E x n m 
 
 
2 
m  
b 
2 
n  a  b  
b 
a  n 2 
m  
n 
b 
a 
   
2 
  E x a b b b   
b 
a 
CV  
Ejemplo: Tomando el CV de los datos anteriores: 
b 
0,14908357  2 a  44,9925319 b 
a 
44,9925319 1 1 1 2 
44,9925319 
 
  
   E x 
 
5,7817794 1 E x   
  0,14908357 
44,9925319
5 
Demostración: 
x 5,7817794 x DESVESTA PROMEDIO CV 
1 1 
2 1,12736692 0,09006201 1,06368346 0,08466994 
3 1,20926512 0,10545262 1,11221068 0,09481353 
4 1,27095616 0,11710481 1,15189705 0,10166257 
5 1,32096664 0,12649924 1,18571097 0,1066864 
6 1,36328548 0,1343767 1,21530672 0,11057019 
7 1,40012154 0,14116332 1,24170884 0,11368472 
8 1,43283393 0,14712735 1,26559947 0,11625112 
9 1,46232212 0,15244877 1,28745754 0,11841072 
10 1,48921408 0,15725427 1,3076332 0,1202587 
11 1,5139666 0,16163642 1,32639078 0,12186184 
12 1,53692295 0,1656649 1,34393513 0,12326853 
13 1,55834801 0,16939352 1,36042843 0,12451483 
14 1,5784507 0,17286465 1,37600145 0,12562824 
15 1,59739888 0,17611227 1,39076128 0,12663012 
16 1,61532957 0,17916406 1,40479679 0,12753735 
17 1,63235615 0,18204286 1,41818264 0,12836348 
18 1,64857358 0,18476769 1,43098213 0,1291195 
19 1,66406221 0,18735465 1,44324951 0,12981446 
20 1,67889069 0,18981739 1,45503157 0,13045586 
21 1,69311813 0,19216765 1,46636902 0,13104999 
22 1,70679586 0,19441557 1,47729751 0,13160218 
23 1,71996871 0,19656997 1,48784844 0,13211693 
24 1,73267609 0,19863859 1,49804959 0,13259814 
25 1,74495286 0,20062822 1,50792572 0,13304914 
26 1,75682999 0,2025449 1,51749896 0,13347284 
27 1,76833513 0,20439398 1,52678919 0,13387178 
28 1,77949309 0,20618025 1,53581433 0,13424816 
29 1,7903262 0,207908 1,5445906 0,13460395 
30 1,80085464 0,20958109 1,55313273 0,13494088 
31 1,81109673 0,21120303 1,56145415 0,13526047 
32 1,82106911 0,21277697 1,56956712 0,13556411 
33 1,830787 0,21430581 1,57748287 0,13585302 
34 1,84026432 0,21579216 1,58521174 0,13612829 
35 1,84951384 0,21723843 1,59276323 0,13639091 
36 1,85854731 0,21864682 1,60014612 0,13664178 
37 1,86737559 0,22001936 1,60736854 0,13688171 
38 1,87600868 0,22135791 1,61443802 0,13711143 
39 1,88445589 0,2226642 1,62136155 0,13733162 
40 1,89272582 0,22393983 1,62814566 0,13754287 
41 1,90082649 0,22518626 1,63479641 0,13774575 
42 1,90876537 0,22640488 1,64131948 0,13794077 
43 1,91654943 0,22759696 1,64772018 0,13812841 
44 1,92418518 0,22876369 1,65400347 0,13830908 
45 1,93167874 0,22990619 1,66017403 0,13848319 
46 1,93903581 0,2310255 1,66623625 0,13865111 
47 1,94626178 0,23212258 1,67219424 0,13881317 
48 1,9533617 0,23319835 1,67805189 0,13896969 
49 1,96034031 0,23425368 1,68381288 0,13912097 
50 1,96720212 0,23528936 1,68948067 0,13926727 
51 1,97395135 0,23630615 1,69505852 0,13940884 
52 1,98059201 0,23730477 1,70054955 0,13954593 
53 1,98712787 0,2382859 1,70595669 0,13967875 
54 1,99356252 0,23925017 1,71128272 0,13980751 
55 1,99989937 0,24019819 1,7165303 0,13993239 
56 2,00614164 0,24113053 1,72170193 0,14005358 
57 2,01229239 0,24204772 1,72680001 0,14017125
6 
58 2,01835453 0,24295029 1,73182681 0,14028556 
59 2,02433083 0,24383871 1,7367845 0,14039664 
60 2,03022394 0,24471346 1,74167516 0,14050465 
30630 5,96913129 0,75849677 5,08904491 0,14904501 
30631 5,96916499 0,75850106 5,08907365 0,14904502 
30632 5,9691987 0,75850535 5,08910238 0,14904502 
30633 5,9692324 0,75850964 5,08913111 0,14904502 
30634 5,9692661 0,75851393 5,08915984 0,14904502 
30635 5,96929981 0,75851822 5,08918857 0,14904502 
30636 5,96933351 0,7585225 5,0892173 0,14904502 
30637 5,96936721 0,75852679 5,08924603 0,14904502 
30638 5,9694009 0,75853108 5,08927475 0,14904502 
30639 5,9694346 0,75853537 5,08930348 0,14904503 
30640 5,9694683 0,75853965 5,08933221 0,14904503 
30641 5,969502 0,75854394 5,08936093 0,14904503 
30642 5,96953569 0,75854823 5,08938966 0,14904503 
30643 5,96956939 0,75855252 5,08941838 0,14904503 
30644 5,96960308 0,7585568 5,0894471 0,14904503 
30645 5,96963677 0,75856109 5,08947583 0,14904503 
30646 5,96967046 0,75856538 5,08950455 0,14904503 
30647 5,96970415 0,75856966 5,08953327 0,14904503 
30648 5,96973784 0,75857395 5,08956199 0,14904504 
30649 5,96977153 0,75857824 5,08959071 0,14904504 
30650 5,96980522 0,75858252 5,08961943 0,14904504 
30651 5,96983891 0,75858681 5,08964814 0,14904504 
30652 5,96987259 0,7585911 5,08967686 0,14904504 
30653 5,96990628 0,75859538 5,08970558 0,14904504 
30654 5,96993996 0,75859967 5,08973429 0,14904504 
30655 5,96997365 0,75860395 5,089763 0,14904504 
30656 5,97000733 0,75860824 5,08979172 0,14904505 
30657 5,97004101 0,75861252 5,08982043 0,14904505 
30658 5,97007469 0,75861681 5,08984914 0,14904505 
30659 5,97010837 0,75862109 5,08987785 0,14904505 
30660 5,97014205 0,75862538 5,08990656 0,14904505 
30661 5,97017573 0,75862966 5,08993527 0,14904505 
30662 5,9702094 0,75863395 5,08996398 0,14904505 
30663 5,97024308 0,75863823 5,08999269 0,14904505 
30664 5,97027675 0,75864252 5,0900214 0,14904505 
30665 5,97031043 0,7586468 5,09005011 0,14904506 
30666 5,9703441 0,75865109 5,09007881 0,14904506 
30667 5,97037777 0,75865537 5,09010752 0,14904506 
30668 5,97041145 0,75865966 5,09013622 0,14904506 
30669 5,97044512 0,75866394 5,09016492 0,14904506 
30670 5,97047879 0,75866822 5,09019363 0,14904506 
30671 5,97051246 0,75867251 5,09022233 0,14904506 
30672 5,97054612 0,75867679 5,09025103 0,14904506 
30673 5,97057979 0,75868108 5,09027973 0,14904507 
30674 5,97061346 0,75868536 5,09030843 0,14904507 
30675 5,97064712 0,75868964 5,09033713 0,14904507 
30676 5,97068079 0,75869393 5,09036583 0,14904507 
30677 5,97071445 0,75869821 5,09039453 0,14904507 
30678 5,97074811 0,75870249 5,09042322 0,14904507 
30679 5,97078177 0,75870678 5,09045192 0,14904507 
30680 5,97081543 0,75871106 5,09048061 0,14904507 
30681 5,97084909 0,75871534 5,09050931 0,14904507 
30682 5,97088275 0,75871962 5,090538 0,14904508 
30683 5,97091641 0,75872391 5,09056669 0,14904508 
30684 5,97095007 0,75872819 5,09059538 0,14904508 
30685 5,97098372 0,75873247 5,09062408 0,14904508 
30686 5,97101738 0,75873675 5,09065277 0,14904508
7 
30687 5,97105103 0,75874104 5,09068146 0,14904508 
30688 5,97108469 0,75874532 5,09071014 0,14904508 
30689 5,97111834 0,7587496 5,09073883 0,14904508 
30690 5,97115199 0,75875388 5,09076752 0,14904509 
30691 5,97118564 0,75875816 5,09079621 0,14904509 
30692 5,97121929 0,75876244 5,09082489 0,14904509

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New formula of numbers coefficients variations emil núñez Rojas

  • 1. Emil Núñez Rojas Este tema es auténticamente nuevo y descubierto por el Autor el 08 de agosto de 2007 en Lima Perú – Ñaña – La Era, Universidad Peruana Unión, Universidad Tecnológica de Praga (CVUT), facultad de ingeniería Física (Fjfi) : noverbal@hotmail.com, cel: 954 638 125. LIMITES DE LOS COEFICIENTES DE VARIACIONES DE LA FUNCIÓN DE LA FORMA: nmx y f : ; Nnm, Se cumple que el límite de la función potencia n x y f  : (para N n  ) que pasa por la diagonal de la tabla de límites de las variaciones: 1 n 2 1 x n lim ( )   x  n x  Y la fórmula general de los límites de los coeficientes de variaciones de las funciones de la tabla está dada por: m  Aunque en la tabla se ha considerado de que N n m  , Sin embargo se cumple que R n m   , . De otro modo. Si b m  , entonces b b a n    2 . Se cumple la misma propiedad: b a      CV x a b b b x      2 lim . TABLA DE LOS LIMITES DE LOS COEFICIENTES DE VARIACIONES DE LA FUNCION DE LA FORMA: n m x y f : ; Nnm, Números naturales raíz Inversa *2 *3 *4 1 1 1      1 lim ( ) 1 1 1 2 CV x x 2 1      1 lim ( ) 1 2 2 2 2 CV x x 3 2      1 lim ( ) 1 3 3 3 2 CV x x 4 3      1 lim ( ) 1 4 4 4 2 CV x x 4 2 1,41421356 1      2 lim ( ) 2 1 1 2 CV x x 0,70710678 2      2 lim ( ) 2 2 2 2 2 CV x x 1,41421356 3      2 lim ( ) 2 3 3 3 2 CV x x 2,12132034 4     2 lim ( ) 18 4 4 CV x x 2,82842712 3 1,73205081  limCV(x) x   limCV( x ) 2 x 1 3 =0,57735027 2      3 lim ( ) 3 2 2 2 2 CV x x 1,15470054 3      3 lim ( ) 3 3 3 3 2 CV x x 1,73205081 4     3 lim ( ) 19 4 4 CV x x 2,30940108 4 2 1      4 lim ( ) 4 1 1 2 CV x x 0,5 2      4 lim ( ) 4 2 2 2 2 CV x x 3 1      4 lim ( ) 4 3 3 3 2 CV x x 1,5 4 lim CV ( 20  4 x 4 )   2 x  4 5 2,23606798 1      5 lim ( ) 5 1 1 2 CV x x 0,4472136   lim ( ) 2 CV x x lim ( ) 4 CV x x = 2      5 lim ( ) 5 2 2 2 2 CV x x 2 5 =0,89442719 3      5 lim ( ) 5 3 3 3 2 CV x x 1,34164079 4     5 lim ( ) 21 4 4 CV x x 1,78885438 6 2,44948974 1      6 lim ( ) 6 1 1 2 CV x x 0,40824829 2      6 lim ( ) 6 2 2 2 2 CV x x 0,81649658 3      6 lim ( ) 6 3 3 3 2 CV x x 1,22474487 4     6 lim ( ) 22 4 4 CV x x 1,63299316 7 2,64575131 1      7 lim ( ) 7 1 1 2 CV x x 0,37796447 2      7 lim ( ) 7 2 2 2 2 CV x x 0,75592895 lim ( ) 6 CV x x lim ( ) 3 CV x x = 3      7 lim ( ) 7 3 3 3 2 CV x x  3 7 1,13389342 4     7 lim ( ) 23 4 4 CV x x 1,51185789 (2 ) lim . ( ) n m n CV x n m x  
  • 2. 2 8 2,82842712 1 8 CV x lim ( )  x 1      8 lim ( ) 8 1 1 2 CV x x 0,35355339 2      8 lim ( ) 8 2 2 2 2 CV x x 0,70710678 3      8 lim ( ) 8 3 3 3 2 CV x x 1,06066017 4     8 lim ( ) 24 4 4 CV x x 1,41421356 9 3 1      9 ) ( lim 9 1 1 2 x CV x 0,33333333 2      9 ) ( lim 9 2 2 2 2 x CV x 0,66666667 3      9 lim ( ) 9 3 3 3 2 CV x x 1   lim ( ) 4 CV x x   lim ( ) 8 CV x x 4      9 ) ( lim 9 16 4 4 x CV x =1,33333333 10 3,16227766 1      10 lim ( ) 10 1 1 2 CV x x 0,31622777 2      10 lim ( ) 10 2 2 2 2 CV x x 0,63245553 3      10 lim ( ) 10 3 3 3 2 CV x x 0,9486833 4      10 lim ( ) 10 16 4 4 CV x x 1,26491106 11 3,31662479 1      11 lim ( ) 11 1 1 2 CV x x 0,30151134 2      11 lim ( ) 11 2 2 2 2 CV x x 0,60302269 3      11 lim ( ) 11 3 3 3 2 CV x x 0,90453403 4      11 lim ( ) 11 16 4 4 CV x x 1,20604538 12 3,46410162 1      12 lim ( ) 12 1 1 2 CV x x 0,28867513 2      12 lim ( ) 12 2 2 2 2 CV x x 0,57735027 3      12 lim ( ) 12 3 3 3 2 CV x x 0,8660254 4      12 lim ( ) 12 16 4 4 CV x x 1,15470054 13 3,60555128 1      13 lim ( ) 13 1 1 2 CV x x 0,2773501 2      13 lim ( ) 13 2 2 2 2 CV x x 0,5547002 3      13 lim ( ) 13 3 3 3 2 CV x x 0,83205029 4      13 lim ( ) 13 16 4 4 CV x x 1,10940039 14 3,74165739 1      14 lim ( ) 14 1 1 2 CV x x 0,26726124 2      14 lim ( ) 14 2 2 2 2 CV x x 0,53452248 3      14 lim ( ) 14 3 3 3 2 CV x x 0,80178373 4      14 lim ( ) 14 16 4 4 CV x x 1,06904497 15 3,87298335 1 lim ( ) 15 1 1 2 CV x x      15 1 CV x =0,25819889 15 lim ( ) 3  x 2      15 lim ( ) 15 2 2 2 2 CV x x 0,51639778 3      15 lim ( ) 15 3 3 3 2 CV x x 0,77459667 4      15 lim ( ) 15 16 4 4 CV x x 1,03279556 16 4 1      16 lim ( ) 16 1 1 2 CV x x 0,25 2      16 lim ( ) 16 2 2 2 2 CV x x 0,5 3      16 lim ( ) 16 3 3 3 2 CV x x 0,75 4      16 lim ( ) 16 16 4 4 CV x x 1 17 4,12310563 1      17 lim ( ) 17 1 1 2 CV x x 0,24253563 2      17 lim ( ) 17 2 2 2 2 CV x x 0,48507125 3      17 lim ( ) 17 3 3 3 2 CV x x 0,72760688 4      17 lim ( ) 17 16 4 4 CV x x 0,9701425 18 4,24264069 1      18 lim ( ) 18 1 1 2 CV x x 0,23570226 2      18 lim ( ) 18 2 2 2 2 CV x x 0,47140452 3      18 lim ( ) 18 3 3 3 2 CV x x 0,70710678 4      18 lim ( ) 18 16 4 4 CV x x 0,94280904 19 4,35889894 1      19 lim ( ) 19 1 1 2 CV x x 0,22941573 2      19 lim ( ) 19 2 2 2 2 CV x x 0,45883147 3      19 lim ( ) 19 3 3 3 2 CV x x 0,6882472 4      19 lim ( ) 19 16 4 4 CV x x 0,91766294 20 4,47213595 1      20 lim ( ) 20 1 1 2 CV x x 0,2236068 2      20 lim ( ) 20 2 2 2 2 CV x x 0,4472136 3      20 lim ( ) 20 3 3 3 2 CV x x 0,67082039 4      20 lim ( ) 20 16 4 4 CV x x 4    20 lim ( ) 4 CV x x 0,89442719 21 4,58257569 1      21 lim ( ) 21 1 1 2 CV x x 0,21821789 2   lim . ( ) 3 2 CV x x  21 2      21 lim ( ) 21 2 2 2 2 CV x x 0,43643578 3      21 lim ( ) 21 3 3 3 2 CV x x 0,65465367 4      21 lim ( ) 21 16 4 4 CV x x 0,87287156 22 4,69041576 1 lim ( ) 22 1 1 2 CV x x      22 0,21320072 2      22 lim ( ) 22 2 2 2 2 CV x x 0,42640143 3      22 lim ( ) 22 3 3 3 2 CV x x 0,63960215 4      22 lim ( ) 22 16 4 4 CV x x 0,85280287 23 4,79583152 1      23 lim ( ) 23 1 1 2 CV x x 0,20851441 2      23 lim ( ) 23 2 2 2 2 CV x x 0,41702883 3      23 lim ( ) 23 3 3 3 2 CV x x 0,62554324 4      23 lim ( ) 23 16 4 4 CV x x 0,83405766 24 4,89897949 1      24 lim ( ) 24 1 1 2 CV x x 1 CV x =0,20412415 24 lim ( ) 4  x 2      24 lim ( ) 24 2 2 2 2 CV x x 0,40824829 3      24 lim ( ) 24 3 3 3 2 CV x x 0,61237244 4      24 lim ( ) 24 16 4 4 CV x x 0,81649658 25 5 1      25 lim ( ) 25 1 1 2 CV x x 0,2 2      25 lim ( ) 25 2 2 2 2 CV x x 0,4 3      25 lim ( ) 25 3 3 3 2 CV x x 0,6 4      25 lim ( ) 25 16 4 4 CV x x 0,8 26 5,09901951 1      26 lim ( ) 26 1 1 2 CV x x 0,19611614 2      26 lim ( ) 26 2 2 2 2 CV x x 0,39223227 3      26 lim ( ) 26 3 3 3 2 CV x x 0,58834841 4      26 lim ( ) 26 16 4 4 CV x x 0,78446454 27 5,19615242 1      27 lim ( ) 27 1 1 2 CV x x 0,19245009 2      27 lim ( ) 27 2 2 2 2 CV x x 0,38490018 3      27 lim ( ) 27 3 3 3 2 CV x x 3   lim . ( ) 3 3 CV x x  27 0,57735027 4      27 lim ( ) 27 16 4 4 CV x x 0,76980036
  • 3. 2 lim ( ) 50 1 1 2 CV x x      3 lim ( ) 50 2 2 2 2 CV x x      3 28 5,29150262 1      28 lim ( ) 28 1 1 2 CV x x 0,18898224 2      28 lim ( ) 28 2 2 2 2 CV x x 0,37796447 3      28 lim ( ) 28 3 3 3 2 CV x x 0,56694671 4      28 lim ( ) 28 16 4 4 CV x x 0,75592895 29 5,38516481 1      29 lim ( ) 29 1 1 2 CV x x 0,18569534 2      29 lim ( ) 29 2 2 2 2 CV x x 0,37139068 3      29 lim ( ) 29 3 3 3 2 CV x x 0,55708601 4      29 lim ( ) 29 16 4 4 CV x x 0,74278135 30 5,47722558 1      30 ) ( lim 30 1 1 2 x CV x 0,18257419 2      30 ) ( lim 30 2 2 2 2 x CV x 0,36514837 3      30 ) ( lim 30 3 3 3 2 x CV x 0,54772256 4      30 ) ( lim 30 16 4 4 x CV x 0,73029674 31 5,56776436 1      31 ) ( lim 31 1 1 2 x CV x 0,1796053 2      31 ) ( lim 31 2 2 2 2 x CV x 0,3592106 3      31 ) ( lim 31 3 3 3 2 x CV x 0,53881591 4      31 ) ( lim 31 16 4 4 x CV x 0,71842121 32 5,65685425 1      32 lim ( ) 32 1 1 2 CV x x 0,1767767 2      32 lim ( ) 32 2 2 2 2 CV x x 0,35355339 3      32 ) ( lim 32 3 3 3 2 x CV x 0,53033009 4      32 ) ( lim 32 16 4 4 x CV x 0,70710678 33 5,74456265 1      33 lim ( ) 33 1 1 2 CV x x 0,17407766 2      33 lim ( ) 33 2 2 2 2 CV x x 0,34815531 3      33 lim ( ) 33 3 3 3 2 CV x x 3   lim . ( ) 5 3 CV x x  33 0,52223297 4      33 lim ( ) 33 16 4 4 CV x x 4   lim . ( ) 3 4 CV x x  33 0,69631062 34 5,83095189 1      34 lim ( ) 34 1 1 2 CV x x 0,17149859 2      34 lim ( ) 34 2 2 2 2 CV x x 0,34299717 3      34 lim ( ) 34 3 3 3 2 CV x x 0,51449576 4      34 lim ( ) 34 16 4 4 CV x x 0,68599434 35 5,91607978 1      35 lim ( ) 35 1 1 2 CV x x 1 CV x = 0,16903085 35 lim ( ) 5  x 2      35 lim ( ) 35 2 2 2 2 CV x x 0,3380617 3      35 lim ( ) 35 3 3 3 2 CV x x 0,50709255 4      35 lim ( ) 35 16 4 4 CV x x 0,6761234 36 6 1      36 lim ( ) 36 1 1 2 CV x x 0,16666667 2      36 lim ( ) 36 2 2 2 2 CV x x 0,33333333 3      36 lim ( ) 36 3 3 3 2 CV x x 0,5 4      36 lim ( ) 36 16 4 4 CV x x 0,66666667 37 6,08276253 1      37 lim ( ) 37 1 1 2 CV x x 0,16439899 2      37 lim ( ) 37 2 2 2 2 CV x x 0,32879797 3      37 lim ( ) 37 3 3 3 2 CV x x 0,49319696 4      37 lim ( ) 37 16 4 4 CV x x 0,65759595 38 6,164414 1      38 lim ( ) 38 1 1 2 CV x x 0,16222142 2      38 lim ( ) 38 2 2 2 2 CV x x 0,32444284 3      38 lim ( ) 38 3 3 3 2 CV x x 0,48666426 4      38 lim ( ) 38 16 4 4 CV x x 0,64888568 39 6,244998 1      39 lim ( ) 39 1 1 2 CV x x 0,16012815 2      39 lim ( ) 39 2 2 2 2 CV x x 0,32025631 3      39 lim ( ) 39 3 3 3 2 CV x x 0,48038446 4      39 lim ( ) 39 16 4 4 CV x x 0,64051262 40 6,32455532 1      40 lim ( ) 40 1 1 2 CV x x 0,15811388 2      40 lim ( ) 40 2 2 2 2 CV x x 0,31622777 3      40 lim ( ) 40 3 3 3 2 CV x x 3   lim . ( ) 4 3 CV x x  2 10 0,47434165 4      40 lim ( ) 40 16 4 4 CV x x 0,63245553 41 6,40312424 1      41 lim ( ) 41 1 1 2 CV x x 0,15617376 2      41 lim ( ) 41 2 2 2 2 CV x x 0,31234752 3      41 lim ( ) 41 3 3 3 2 CV x x 0,46852129 4      41 lim ( ) 41 16 4 4 CV x x 0,62469505 42 6,4807407 1      42 lim ( ) 42 1 1 2 CV x x 0,15430335 2      42 lim ( ) 42 2 2 2 2 CV x x 0,3086067 3      42 lim ( ) 42 3 3 3 2 CV x x 0,46291005 4      42 lim ( ) 42 16 4 4 CV x x 0,6172134 43 6,55743852 1      43 lim ( ) 43 1 1 2 CV x x 0,15249857 2      43 lim ( ) 43 2 2 2 2 CV x x 0,30499714 3      43 lim ( ) 43 3 3 3 2 CV x x 0,45749571 4      43 lim ( ) 43 16 4 4 CV x x 0,60999428 44 6,63324958 1      44 lim ( ) 44 1 1 2 CV x x 0,15075567 2      44 lim ( ) 44 2 2 2 2 CV x x 0,30151134 3      44 lim ( ) 44 3 3 3 2 CV x x 0,45226702 4      44 lim ( ) 44 16 4 4 CV x x 0,60302269 45 6,70820393 1      45 lim ( ) 45 1 1 2 CV x x 0,1490712 2      45 lim ( ) 45 2 2 2 2 CV x x 0,2981424 3      45 lim ( ) 45 3 3 3 2 CV x x 0,4472136 4      45 lim ( ) 45 16 4 4 CV x x 0,59628479 46 6,78232998 1      46 lim ( ) 46 1 1 2 CV x x 0,14744196 2      46 lim ( ) 46 2 2 2 2 CV x x 0,29488391 3      46 lim ( ) 46 3 3 3 2 CV x x 0,44232587 4      46 lim ( ) 46 16 4 4 CV x x 0,58976782 47 6,8556546 1      47 lim ( ) 47 1 1 2 CV x x 0,14586499 2      47 lim ( ) 47 2 2 2 2 CV x x 0,29172998 3      47 lim ( ) 47 3 3 3 2 CV x x 0,43759497 4      47 lim ( ) 47 16 4 4 CV x x 0,58345997 48 6,92820323 1      48 lim ( ) 48 1 1 2 CV x x 1 CV x =0,14433757 48 lim ( ) 6  x 2      48 lim ( ) 48 2 2 2 2 CV x x 0,28867513 3      48 lim ( ) 48 3 3 3 2 CV x x 0,4330127 4      48 lim ( ) 48 16 4 4 CV x x 0,57735027 49 7 1      49 lim ( ) 49 1 1 2 CV x x 0,14285714 2      49 lim ( ) 49 2 2 2 2 CV x x 2   lim . ( ) 5 CV x x  49 0,28571429 3      49 lim ( ) 49 3 3 3 2 CV x x 0,42857143 4      49 lim ( ) 49 16 4 4 CV x x 0,57142857 50 7,07106781 1      50 50 4 lim ( ) 50 3 3 3 2 CV x x      50 50 lim ( ) 50 16 4 4 CV x x
  • 4. 0,14142136 0,28284271 0,42426407 0,56568542 4 Datos de las edades de 10 personas adultas 40 41 42 45 48 52 56 56 58 59 Promedio 49,7 Desviación estándar 7,40945342 Coeficiente de variación 0,14908357 EFICIENCIA E   m n m n E x n m   2 m  b 2 n  a  b  b a  n 2 m  n b a    2   E x a b b b   b a CV  Ejemplo: Tomando el CV de los datos anteriores: b 0,14908357  2 a  44,9925319 b a 44,9925319 1 1 1 2 44,9925319       E x  5,7817794 1 E x     0,14908357 44,9925319
  • 5. 5 Demostración: x 5,7817794 x DESVESTA PROMEDIO CV 1 1 2 1,12736692 0,09006201 1,06368346 0,08466994 3 1,20926512 0,10545262 1,11221068 0,09481353 4 1,27095616 0,11710481 1,15189705 0,10166257 5 1,32096664 0,12649924 1,18571097 0,1066864 6 1,36328548 0,1343767 1,21530672 0,11057019 7 1,40012154 0,14116332 1,24170884 0,11368472 8 1,43283393 0,14712735 1,26559947 0,11625112 9 1,46232212 0,15244877 1,28745754 0,11841072 10 1,48921408 0,15725427 1,3076332 0,1202587 11 1,5139666 0,16163642 1,32639078 0,12186184 12 1,53692295 0,1656649 1,34393513 0,12326853 13 1,55834801 0,16939352 1,36042843 0,12451483 14 1,5784507 0,17286465 1,37600145 0,12562824 15 1,59739888 0,17611227 1,39076128 0,12663012 16 1,61532957 0,17916406 1,40479679 0,12753735 17 1,63235615 0,18204286 1,41818264 0,12836348 18 1,64857358 0,18476769 1,43098213 0,1291195 19 1,66406221 0,18735465 1,44324951 0,12981446 20 1,67889069 0,18981739 1,45503157 0,13045586 21 1,69311813 0,19216765 1,46636902 0,13104999 22 1,70679586 0,19441557 1,47729751 0,13160218 23 1,71996871 0,19656997 1,48784844 0,13211693 24 1,73267609 0,19863859 1,49804959 0,13259814 25 1,74495286 0,20062822 1,50792572 0,13304914 26 1,75682999 0,2025449 1,51749896 0,13347284 27 1,76833513 0,20439398 1,52678919 0,13387178 28 1,77949309 0,20618025 1,53581433 0,13424816 29 1,7903262 0,207908 1,5445906 0,13460395 30 1,80085464 0,20958109 1,55313273 0,13494088 31 1,81109673 0,21120303 1,56145415 0,13526047 32 1,82106911 0,21277697 1,56956712 0,13556411 33 1,830787 0,21430581 1,57748287 0,13585302 34 1,84026432 0,21579216 1,58521174 0,13612829 35 1,84951384 0,21723843 1,59276323 0,13639091 36 1,85854731 0,21864682 1,60014612 0,13664178 37 1,86737559 0,22001936 1,60736854 0,13688171 38 1,87600868 0,22135791 1,61443802 0,13711143 39 1,88445589 0,2226642 1,62136155 0,13733162 40 1,89272582 0,22393983 1,62814566 0,13754287 41 1,90082649 0,22518626 1,63479641 0,13774575 42 1,90876537 0,22640488 1,64131948 0,13794077 43 1,91654943 0,22759696 1,64772018 0,13812841 44 1,92418518 0,22876369 1,65400347 0,13830908 45 1,93167874 0,22990619 1,66017403 0,13848319 46 1,93903581 0,2310255 1,66623625 0,13865111 47 1,94626178 0,23212258 1,67219424 0,13881317 48 1,9533617 0,23319835 1,67805189 0,13896969 49 1,96034031 0,23425368 1,68381288 0,13912097 50 1,96720212 0,23528936 1,68948067 0,13926727 51 1,97395135 0,23630615 1,69505852 0,13940884 52 1,98059201 0,23730477 1,70054955 0,13954593 53 1,98712787 0,2382859 1,70595669 0,13967875 54 1,99356252 0,23925017 1,71128272 0,13980751 55 1,99989937 0,24019819 1,7165303 0,13993239 56 2,00614164 0,24113053 1,72170193 0,14005358 57 2,01229239 0,24204772 1,72680001 0,14017125
  • 6. 6 58 2,01835453 0,24295029 1,73182681 0,14028556 59 2,02433083 0,24383871 1,7367845 0,14039664 60 2,03022394 0,24471346 1,74167516 0,14050465 30630 5,96913129 0,75849677 5,08904491 0,14904501 30631 5,96916499 0,75850106 5,08907365 0,14904502 30632 5,9691987 0,75850535 5,08910238 0,14904502 30633 5,9692324 0,75850964 5,08913111 0,14904502 30634 5,9692661 0,75851393 5,08915984 0,14904502 30635 5,96929981 0,75851822 5,08918857 0,14904502 30636 5,96933351 0,7585225 5,0892173 0,14904502 30637 5,96936721 0,75852679 5,08924603 0,14904502 30638 5,9694009 0,75853108 5,08927475 0,14904502 30639 5,9694346 0,75853537 5,08930348 0,14904503 30640 5,9694683 0,75853965 5,08933221 0,14904503 30641 5,969502 0,75854394 5,08936093 0,14904503 30642 5,96953569 0,75854823 5,08938966 0,14904503 30643 5,96956939 0,75855252 5,08941838 0,14904503 30644 5,96960308 0,7585568 5,0894471 0,14904503 30645 5,96963677 0,75856109 5,08947583 0,14904503 30646 5,96967046 0,75856538 5,08950455 0,14904503 30647 5,96970415 0,75856966 5,08953327 0,14904503 30648 5,96973784 0,75857395 5,08956199 0,14904504 30649 5,96977153 0,75857824 5,08959071 0,14904504 30650 5,96980522 0,75858252 5,08961943 0,14904504 30651 5,96983891 0,75858681 5,08964814 0,14904504 30652 5,96987259 0,7585911 5,08967686 0,14904504 30653 5,96990628 0,75859538 5,08970558 0,14904504 30654 5,96993996 0,75859967 5,08973429 0,14904504 30655 5,96997365 0,75860395 5,089763 0,14904504 30656 5,97000733 0,75860824 5,08979172 0,14904505 30657 5,97004101 0,75861252 5,08982043 0,14904505 30658 5,97007469 0,75861681 5,08984914 0,14904505 30659 5,97010837 0,75862109 5,08987785 0,14904505 30660 5,97014205 0,75862538 5,08990656 0,14904505 30661 5,97017573 0,75862966 5,08993527 0,14904505 30662 5,9702094 0,75863395 5,08996398 0,14904505 30663 5,97024308 0,75863823 5,08999269 0,14904505 30664 5,97027675 0,75864252 5,0900214 0,14904505 30665 5,97031043 0,7586468 5,09005011 0,14904506 30666 5,9703441 0,75865109 5,09007881 0,14904506 30667 5,97037777 0,75865537 5,09010752 0,14904506 30668 5,97041145 0,75865966 5,09013622 0,14904506 30669 5,97044512 0,75866394 5,09016492 0,14904506 30670 5,97047879 0,75866822 5,09019363 0,14904506 30671 5,97051246 0,75867251 5,09022233 0,14904506 30672 5,97054612 0,75867679 5,09025103 0,14904506 30673 5,97057979 0,75868108 5,09027973 0,14904507 30674 5,97061346 0,75868536 5,09030843 0,14904507 30675 5,97064712 0,75868964 5,09033713 0,14904507 30676 5,97068079 0,75869393 5,09036583 0,14904507 30677 5,97071445 0,75869821 5,09039453 0,14904507 30678 5,97074811 0,75870249 5,09042322 0,14904507 30679 5,97078177 0,75870678 5,09045192 0,14904507 30680 5,97081543 0,75871106 5,09048061 0,14904507 30681 5,97084909 0,75871534 5,09050931 0,14904507 30682 5,97088275 0,75871962 5,090538 0,14904508 30683 5,97091641 0,75872391 5,09056669 0,14904508 30684 5,97095007 0,75872819 5,09059538 0,14904508 30685 5,97098372 0,75873247 5,09062408 0,14904508 30686 5,97101738 0,75873675 5,09065277 0,14904508
  • 7. 7 30687 5,97105103 0,75874104 5,09068146 0,14904508 30688 5,97108469 0,75874532 5,09071014 0,14904508 30689 5,97111834 0,7587496 5,09073883 0,14904508 30690 5,97115199 0,75875388 5,09076752 0,14904509 30691 5,97118564 0,75875816 5,09079621 0,14904509 30692 5,97121929 0,75876244 5,09082489 0,14904509