Calculo Final 2

8/19/2019 Calculo Final 2

1/60

CRECIMIENTO POBLACIONAL AR

Años 2011 2012 2013 2014 2015 2016 2017 2018 2019Tasa de Crecimiento % 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31%

Nº Ur ani!acion1 ACOMAYO 2220 2271 2324 2377 2432 2488 2546 2604 2664

T"TA# 2$220 2$271 2$324 2$377 2$432 2$488 2$546 2$604 2$664


2/60

A DE INFLUENCIA CP ACOMAYO

2020 2021 2022 2023 2024 2025 2026 2027 2028 2029 2030 20312.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31% 2.31%

2726 2789 2853 2919 2986 3055 3126 3198 3271 3347 3424 35032$726 2$789 2$853 2$919 2$986 3$055 3$126 3$198 3$271 3$347 3$424 3$503


3/60

CALCULO DE CAUDALES ACOMAYO

Nº Nº #otes N &a 'cone()o *aci+n ,&a - Ca da* 2011 ,

2011 2031 / d /md 1.8 / d

1 Acomayo 648 3.426 2220 3503 120.000 3.08 5.55T"TA# 2$220 3$503 3.08 5.55

Ur ani!aci+n 'oAsociaci+n

otaci+n,*t'&a 'd a-


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5/60

*'s- Ca da* 2031 ,*'s-

/m& 2.0 / d / d /md /m&

6.17 4.87 8.76 9.736.17 4.87 8.76 9.73


6/60


7/60


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AGUE ACOMAYO

:A; )@C ,n- 0.010

CA#CU#" T:C" ;

:+ ; 7.785 lt*"

AC:"N ; :i ; 0.748 lt*"C:):TAC:"N

o entia C ; 0.450 e llu ia / ; 38.970 mm*)o a

de /n-luencia A ; 0.993 )a

:< ; 0.0048 M3* .:< ; 4.839 lt*"

/ T"TA# 13.372 *t'son Cd ; 0.0013

O


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CA#CU#" : AU#:C" #A ABU

iametro de *a T eria 8D 0.2032 mArea a T o **eno A 0.03242928 m2

UE"N C"TA T N" C"TA >"N " A#TU A UE"N

:nicio >ina* :N:C:" >:NA# :nicio >ina* :N:C:" >:NA# )ro io,m- ,m-$%=01 $%=02 3!255.82 3!251.97 3!254.62 3!250.77 25.46 150.92 6 1.200 1.200 0.00135 0.03$%=02 $%=03 3!251.97 3!250.06 3!250.77 3!248.86 19.44 98.49 6 1.200 1.200 0.00135 0.03$%=03 $%=04 3!250.06 3!249.23 3!248.86 3!248.03 43.75 18.87 6 1.200 1.200 0.00135 0.06$%=04 $%=05 3!249.23 3!249.98 3!248.03 3!247.98 44.94 1.24 6 1.200 2.000 0.00135 0.06

$%=05 $%=06 3!249.98 3!248.83 3!247.98 3!247.63 46.14 7.64 6 2.000 1.200 0.00135 0.06$%=06 $%=07 3!248.83 3!246.89 3!247.63 3!245.69 15.38 125.91 6 1.200 1.200 0.00135 0.02$%=07 $%=11 3!246.89 3!246.91 3!245.69 3!244.91 25.59 30.62 6 1.200 2.000 0.00135 0.03

$%=08 $%=09 3!248.39 3!247.24 3!247.19 3!246.04 23.99 48.15 6 1.200 1.200 0.00135 0.03$%=09 $%=10 3!247.24 3!246.34 3!246.04 3!245.14 39.71 22.65 6 1.200 1.200 0.00135 0.05$%=10 $%=11 3!246.34 3!246.91 3!245.14 3!244.91 19.22 12.23 6 1.200 2.000 0.00135 0.03

$%=11 $%=12 3!246.91 3!243.94 3!244.91 3!242.74 73.81 29.35 6 2.000 1.200 0.00135 0.10$%=12 $%=13 3!243.94 3!241.72 3!242.74 3!240.52 91.97 24.12 6 1.200 1.200 0.00135 0.12$%=13 $%=14 3!241.72 3!240.50 3!240.52 3!239.30 78.46 15.52 6 1.200 1.200 0.00135 0.11

$%=22 $%=14 3!240.67 3!240.50 3!239.47 3!239.30 24.77 6.87 6 1.200 1.200 0.00135 0.03

$%=14 $%=15 3!240.50 3!238.70 3!239.30 3!237.50 69.89 25.74 8 1.200 1.200 0.00135 0.09$%=15 $%=16 3!238.70 3!236.00 3!237.50 3!234.80 106.78 25.33 8 1.200 1 .200 0.00135 0.14

$%=23 $%=24 3!243.31 3!237.54 3!242.11 3!236.34 54.74 105.46 6 1.200 1.200 0.00135 0.07$%=24 $%=16 3!237.54 3!236.00 3!236.34 3!234.80 26.38 58.41 6 1.200 1.200 0.00135 0.04

$%=25 $%=16 3!237.67 3!236.00 3!236.47 3!234.80 16.51 101.05 6 1.200 1.200 0.00135 0.02

$%=16 $%=17 3!236.00 3!233.09 3!234.80 3!231.09 100.65 36.88 8 1.200 2 .000 0.00135 0.14

#onFit d,m-

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:nicio >ina* :N:C:" >:NA# :nicio >ina* :N:C:" >:NA# )ro io,m- ,m-

#onFit d,m-

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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=26 $%=17 3!232.36 3!233.09 3!231.56 3!231.09 31.74 14.77 6 0.800 2.000 0.00135 0.04

$%=17 $%=18 3!233.09 3!231.91 3!231.09 3!230.71 100.65 3.81 8 2.000 1.200 0.00135 0.14

$%=27 $%=18 3!232.40 3!231.91 3!231.20 3!230.71 31.53 15.58 6 1.200 1.200 0.00135 0.04

$%=18 $%=19 3!231.91 3!231.15 3!230.71 3!229.95 54.74 13.79 8 1.200 1.200 0.00135 0.07

$%=27 $%=28 3!232.40 3!232.43 3!231.20 3!230.93 38.70 6.92 6 1.200 1 .500 0.00135 0.05$%=28 $%=29 3!232.43 3!231.24 3!230.93 3!230.04 36.35 24.54 6 1.500 1.200 0.00135 0.05$%=29 $%=19 3!231.24 3!231.15 3!230.04 3!229.95 8.84 9.78 6 1.200 1.200 0.00135 0.01

$%=19 $%=20 3!231.15 3!230.32 3!229.95 3!229.12 51.11 16.33 8 1.200 1.200 0.00135 0.07

$%=30 $%=20 3!230.45 3!230.32 3!229.25 3!229.12 12.98 10.22 6 1.200 1.200 0.00135 0.02$%=20 $%=21 3!230.32 3!228.90 3!229.12 3!227.70 79.68 17.81 8 1.200 1.200 0.00135 0.11$%=21 $%=38 3!228.90 3!226.14 3!227.70 3!224.94 64.54 42.72 8 1.200 1.200 0.00135 0.09

$%=34 $%=35 3!231.74 3!230.33 3!230.54 3!229.13 39.93 35.33 6 1.200 1.200 0.00135 0.05$%=35 $%=32 3!230.33 3!229.61 3!229.13 3!228.41 60.12 12.11 6 1.200 1.200 0.00135 0.08

$%=31 $%=32 3!230.25 3!229.61 3!229.05 3!228.41 56.96 11.24 6 1.200 1.200 0.00135 0.08

$%=32 $%=33 3!229.61 3!229.17 3!228.41 3!227.97 52.87 8.17 6 1.200 1 .200 0.00135 0.07


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#onFit d,m-

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Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=36 $%=33 3!231.43 3!229.17 3!230.23 3!227.97 86.10 26.24 6 1.200 1.200 0.00135 0.12

$%=45 $%=33 3!232.27 3!229.17 3!231.07 3!227.97 59.89 51.63 6 1.200 1.200 0.00135 0.08

$%=33 $%=37 3!229.17 3!227.66 3!227.97 3!226.46 50.21 30.13 8 1.200 1.200 0.00135 0.07$%=37 $%=38 3!227.66 3!226.14 3!226.46 3!224.94 48.38 31.45 8 1.200 1.200 0.00135 0.07

$%=38 $%=39 3!226.14 3!226.00 3!224.94 3!224.80 6.15 22.77 10 1.200 1.200 0.00135 0.01

$%=82 $%=83 3!226.82 3!226.23 3!225.62 3!225.03 27.82 21.23 6 1.200 1.200 0.00135 0.04$%=83 $%=39 3!226.23 3!226.00 3!225.03 3!224.80 19.81 11.40 6 1.200 1.200 0.00135 0.03

$%=39 $%=40 3!226.00 3!225.29 3!224.80 3!224.09 25.78 27.55 10 1.200 1.200 0.00135 0.03$%=40 $%=88 3!225.29 3!225.26 3!224.09 3!224.06 2.43 13.64 10 1.200 1.200 0.00135 0.00$%=88 $%=47 3!225.26 3!223.11 3!224.06 3!221.91 60.71 35.38 10 1.200 1 .200 0.00135 0.08

$%=41 $%=42 3!248.23 3!245.83 3!247.03 3!244.63 54.51 44.00 6 1.200 1.200 0.00135 0.07$%=42 $%=48 3!245.83 3!244.78 3!244.63 3!243.58 55.87 18.83 6 1.200 1.200 0.00135 0.08

$%=43 $%=42 3!248.79 3!245.83 3!247.59 3!244.63 22.82 129.60 6 1.200 1.200 0.00135 0.03$%=42 $%=44 3!245.83 3!238.85 3!244.63 3!237.65 69.33 100.72 6 1.200 1.200 0.00135 0.09$%=44 $%=45 3!238.85 3!232.27 3!237.65 3!231.07 68.69 95.85 6 1.200 1.200 0.00135 0.09$%=45 $%=46 3!232.27 3!229.46 3!231.07 3!228.26 56.02 50.10 6 1.200 1.200 0.00135 0.08$%=46 $%=84 3!229.46 3!227.04 3!228.26 3!225.84 56.02 43.19 6 1.200 1.200 0.00135 0.08$%=84 $%=47 3!227.04 3!223.11 3!225.84 3!221.91 52.08 75.50 6 1.200 1.200 0.00135 0.07

$%=47 $%=55 3!223.11 3!221.80 3!221.91 3!220.60 62.08 21.14 10 1.200 1.200 0.00135 0.08


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#onFit d,m-

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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=56 $%=57 3!246.79 3!246.37 3!245.59 3!245.17 26.50 15.86 6 1.200 1.200 0.00135 0.04$%=57 $%=48 3!246.37 3!244.78 3!245.17 3!243.58 20.63 76.77 6 1.200 1.200 0.00135 0.03

$%=48 $%=49 3!244.78 3!235.90 3!243.58 3!234.70 55.48 160.04 6 1.200 1.200 0.00135 0.07$%=49 $%=50 3!235.90 3!232.29 3!234.70 3!231.09 27.42 131.69 6 1.200 1.200 0.00135 0.04$%=50 $%=51 3!232.29 3!231.26 3!231.09 3!230.06 29.46 35.14 6 1.200 1.200 0.00135 0.04

$%=45 $%=51 3!232.27 3!231.26 3!231.07 3!230.06 48.53 20.79 6 1.200 1.200 0.00135 0.07

$%=59 $%=51 3!231.66 3!231.26 3!230.46 3!230.06 50.28 8.05 6 1.200 1.200 0.00135 0.07

$%=51 $%=52 3!231.26 3!228.52 3!230.06 3!227.32 56.06 48.77 8 1.200 1.200 0.00135 0.08$%=52 $%=53 3!228.52 3!226.44 3!227.32 3!225.24 53.60 38.94 8 1.200 1.200 0.00135 0.07

$%=84 $%=53 3!227.04 3!226.44 3!225.84 3!225.24 51.52 11.73 6 1.200 1.200 0.00135 0.07

$%=53 $%=54 3!226.44 3!225.10 3!225.24 3!223.90 40.97 32.70 8 1.200 1.200 0.00135 0.06$%=54 $%=55 3!225.10 3!221.80 3!223.90 3!220.60 51.12 64.56 8 1.200 1.200 0.00135 0.07

$%=55 $%=63 3!221.80 3!220.87 3!220.60 3!219.67 54.21 17.06 10 1.200 1 .200 0.00135 0.07

$%=78 $%=75 3!248.90 3!248.45 3!247.70 3!247.25 16.65 27.07 6 1.200 1.200 0.00135 0.02$%=75 $%=76 3!248.45 3!247.37 3!247.25 3!246.17 30.60 35.36 6 1.200 1.200 0.00135 0.04$%=76 $%=77 3!247.37 3!247.31 3!246.17 3!246.11 49.22 1.23 6 1.200 1.200 0.00135 0.07$%=77 $%=56 3!247.31 3!246.79 3!246.11 3!245.59 13.08 40.10 6 1.200 1.200 0.00135 0.02$%=56 $%=58 3!246.79 3!237.60 3!245.59 3!236.40 55.78 164.61 6 1.200 1.200 0.00135 0.08


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#onFit d,m-

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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=58 $%=59 3!237.60 3!231.66 3!236.40 3!230.46 41.73 142.39 6 1.200 1.200 0.00135 0.06

$%=64 $%=59 3!234.33 3!231.66 3!233.13 3!230.46 47.69 55.97 6 1.200 1.200 0.00135 0.06

$%=59 $%=60 3!231.66 3!227.89 3!230.46 3!226.69 56.57 66.67 6 1.200 1.200 0.00135 0.08$%=60 $%=61 3!227.89 3!225.41 3!226.69 3!224.21 51.93 47.73 6 1.200 1.200 0.00135 0.07

$%=53 $%=61 3!226.44 3!225.41 3!225.24 3!224.21 47.86 21.40 6 1.200 1.200 0.00135 0.06

$%=61 $%=62 3!225.41 3!223.69 3!224.21 3!222.49 63.41 27.11 8 1.200 1.200 0.00135 0 .09$%=62 $%=63 3!223.69 3!220.87 3!222.49 3!219.67 51.93 54.32 8 1.200 1.200 0.00135 0.07

$%=63 $%=74 3!220.87 3!219.33 3!219.67 3!218.13 43.76 35.21 10 1.200 1 .200 0.00135 0.06

$%=114 $%=141 3!237.24 3!236.23 3!236.04 3!235.03 47.84 21.25 6 1.200 1.200 0.00135 0.06

$%=141 $%=142 3!236.23 3!235.40 3!235.03 3!234.20 48.42 17.05 6 1.200 1.200 0.00135 0.07$%=142 $%=67 3!235.40 3!234.65 3!234.20 3!233.45 48.20 15.57 6 1.200 1.200 0.00135 0.06

$%=65 $%=66 3!243.28 3!237.51 3!242.08 3!236.31 33.47 172.51 6 1.200 1.200 0.00135 0.05$%=66 $%=67 3!237.51 3!234.65 3!236.31 3!233.45 19.09 149.63 6 1.200 1.200 0.00135 0.03

$%=67 $%=68 3!234.65 3!226.81 3!233.45 3!225.61 49.53 158.30 6 1.200 1.200 0.00135 0.07$%=68 $%=69 3!226.81 3!224.50 3!225.61 3!223.30 52.68 43.83 6 1.200 1.200 0.00135 0.07

$%=94 $%=69 3!226.15 3!224.50 3!224.95 3!223.30 48.36 34.03 6 1.200 1.200 0.00135 0.07

$%=69 $%=70 3!224.50 3!224.28 3!223.30 3!223.08 8.15 27.15 6 1.200 1.200 0.00135 0.01


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#onFit d,m-

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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=86 $%=87 3!225.41 3!224.66 3!224.21 3!223.46 45.23 16.55 6 1.200 1.200 0.00135 0.06$%=87 $%=70 3!224.66 3!224.28 3!223.46 3!223.08 8.89 43.11 6 1.200 1.200 0.00135 0.01

$%=70 $%=71 3!224.28 3!223.12 3!223.08 3!221.92 51.82 22.29 8 1.200 1.200 0.00135 0.07$%=71 $%=72 3!223.12 3!222.07 3!221.92 3!220.87 8.89 118.21 8 1.200 1.200 0.00135 0.01

$%=92 $%=72 3!222.66 3!222.07 3!221.46 3!220.87 25.32 23.01 6 1.200 1.200 0.00135 0.03

$%=93 $%=72 3!224.24 3!222.07 3!223.04 3!220.87 58.21 37.31 6 1.200 1.200 0.00135 0.08

$%=72 $%=73 3!222.07 3!221.39 3!220.87 3!220.19 40.14 17.07 8 1.200 1.200 0.00135 0.05$%=73 $%=74 3!221.39 3!219.33 3!220.19 3!218.13 7.22 284.95 8 1.200 1.200 0.00135 0.01

$%=197 $%=198 3!225.86 3!223.46 3!224.66 3!222.26 72.43 33.12 6 1.200 1.200 0.00135 0.10

$%=198 $%=199 3!223.46 3!221.67 3!222.26 3!220.47 72.43 24.78 6 1.200 1.200 0.00135 0.10$%=199 $%=175 3!221.67 3!221.17 3!220.47 3!219.57 68.57 13.13 6 1.200 1.600 0.00135 0.09

$%=176 $%=89 3!219.71 3!219.41 3!218.51 3!218.21 17.81 16.91 6 1.200 1 .200 0.00135 0.02

$%=172 $%=173 3!223.84 3!223.46 3!222.64 3!222.26 24.33 15.49 6 1.200 1.200 0.00135 0.03

$%=173 $%=174 3!223.46 3!220.94 3!222.26 3!219.74 62.57 40.28 6 1.200 1.200 0.00135 0.08$%=174 $%=175 3!220.94 3!221.17 3!219.74 3!219.57 49.48 3.52 6 1.200 1 .600 0.00135 0.07

$%=175 $%=176 3!221.17 3!219.71 3!219.57 3!218.51 11.70 90.60 6 1.600 1.200 0.00135 0.02


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#onFit d,m-

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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=74 $%=89 3!219.33 3!219.41 3!218.13 3!217.91 30.20 7.32 10 1.200 1.500 0.00135 0.04$%=89 $%=90 3!219.41 3!219.14 3!217.91 3!217.14 58.63 13.11 10 1.500 2 .000 0.00135 0.08

$%=78 $%=79 3!248.90 3!247.68 3!247.70 3!246.48 59.90 20.46 8 1.200 1.200 0.00135 0.08

$%=79 $%=80 3!247.68 3!246.63 3!246.48 3!245.43 25.93 40.50 6 1.200 1.200 0.00135 0.03$%=80 $%=81 3!246.63 3!243.19 3!245.43 3!241.99 43.82 78.50 6 1.200 1.200 0.00135 0.06

$%=119 $%=112 3!243.94 3!243.19 3!242.74 3!241.99 39.10 19.02 6 1.200 1.200 0.00135 0.05

$%=111 $%=112 3!248.72 3!243.19 3!247.52 3!241.99 36.71 150.61 6 1.200 1.200 0.00135 0.05

$%=112 $%=81 3!243.19 3!243.19 3!241.99 3!241.99 5.15 0.54 6 1.200 1.200 0.00135 0.01

$%=81 $%=113 3!243.19 3!240.49 3!241.99 3!239.29 51.07 52.85 6 1.200 1 .200 0.00135 0.07$%=113 $%=114 3!240.49 3!237.24 3!239.29 3!236.04 49.45 65.67 6 1.200 1.200 0.00135 0.07

$%=114 $%=115 3!237.24 3!232.39 3!236.04 3!231.19 72.06 67.31 6 1.200 1.200 0.00135 0.10$%=115 $%=116 3!232.39 3!230.58 3!231.19 3!229.38 47.02 38.51 6 1.200 1.200 0.00135 0.06$%=116 $%=117 3!230.58 3!229.79 3!229.38 3!228.59 47.36 16.66 6 1.200 1.200 0.00135 0.06$%=117 $%=103 3!229.79 3!229.69 3!228.59 3!228.49 12.77 7.85 6 1.200 1.200 0.00135 0.02

$%=98 $%=99 3!234.14 3!234.05 3!232.94 3!232.85 44.07 2.07 6 1.200 1.200 0.00135 0.06$%=99 $%=100 3!234.05 3!233.73 3!232.85 3!232.53 25.19 12.46 6 1.200 1 .200 0.00135 0.03

$%=100 $%=101 3!233.73 3!233.39 3!232.53 3!232.19 23.87 14.57 6 1.200 1.200 0.00135 0.03$%=101 $%=102 3!233.39 3!231.38 3!232.19 3!230.18 27.06 74.16 6 1.200 1.200 0.00135 0.04$%=102 $%=103 3!231.38 3!229.69 3!230.18 3!228.49 36.23 46.56 6 1.200 1.200 0.00135 0.05

$%=103 $%=94 3!229.69 3!226.15 3!228.49 3!224.95 40.39 87.80 8 1.200 1.200 0.00135 0.05


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#onFit d,m-

)endiente ,0'00-

iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=140 $%=152 3!234.74 3!233.86 3!233.54 3!232.66 9.68 90.63 8 1.200 1.200 0.00135 0.01$%=152 $%=162 3!233.86 3!226.81 3!232.66 3!225.61 52.68 133.77 8 1.200 1.200 0.00135 0.07

$%=162 $%=163 3!226.81 3!225.43 3!225.61 3!224.23 31.02 44.61 8 1.200 1.200 0.00135 0.04

$%=163 $%=164 3!225.43 3!224.45 3!224.23 3!223.25 67.06 14.64 8 1.200 1.200 0.00135 0.09$%=164 $%=165 3!224.45 3!222.39 3!223.25 3!221.19 11.30 181.89 8 1.200 1.200 0.00135 0.02$%=165 $%=166 3!222.39 3!221.04 3!221.19 3!219.84 48.45 27.97 8 1.200 1.200 0.00135 0.07$%=166 $%=167 3!221.04 3!220.18 3!219.84 3!218.98 47.36 18.11 8 1.200 1.200 0.00135 0.06$%=167 $%=126 3!220.18 3!219.44 3!218.98 3!218.24 29.72 24.68 8 1.200 1.200 0.00135 0.04

$%=127 $%=128 3!251.86 3!247.72 3!250.66 3!246.52 30.94 133.72 6 1.200 1.200 0.00135 0.04$%=128 $%=129 3!247.72 3!244.08 3!246.52 3!242.88 47.08 77.35 6 1.200 1.200 0.00135 0.06$%=129 $%=130 3!244.08 3!240.76 3!242.88 3!239.56 47.58 69.80 6 1.200 1.200 0.00135 0.06$%=130 $%=131 3!240.76 3!237.27 3!239.56 3!236.07 54.04 64.53 6 1.200 1.200 0.00135 0.07

$%=138 $%=131 3!239.05 3!237.27 3!237.85 3!236.07 65.95 26.90 6 1.200 1.200 0.00135 0.09

$%=131 $%=132 3!237.27 3!234.21 3!236.07 3!233.01 46.37 66.00 6 1.200 1.200 0.00135 0.06$%=132 $%=133 3!234.21 3!230.82 3!233.01 3!229.62 47.23 71.81 6 1.200 1.200 0.00135 0.06

$%=194 $%=133 3!233.60 3!230.82 3!232.40 3!229.62 58.19 47.66 6 1.200 1.200 0.00135 0.08

$%=133 $%=134 3!230.82 3!226.50 3!229.62 3!225.30 54.53 79.22 6 1.200 1.200 0.00135 0.07$%=134 $%=135 3!226.50 3!224.23 3!225.30 3!223.03 54.87 41.46 6 1.200 1.200 0.00135 0.07$%=135 $%=136 3!224.23 3!223.60 3!223.03 3!222.40 46.59 13.47 6 1.200 1.200 0.00135 0.06$%=136 $%=125 3!223.60 3!223.49 3!222.40 3!222.29 4.93 21.38 6 1.200 1.200 0.00135 0.01


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iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=207 $%=119 3!244.02 3!243.94 3!242.82 3!242.74 37.31 2.19 6 1.200 1.200 0.00135 0.05

$%=118 $%=119 3!248.85 3!243.94 3!247.65 3!242.74 46.58 105.54 6 1.200 1.200 0.00135 0.06


20/60





#onFit d,m-

)endiente ,0'00-

iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=119 $%=120 3!243.94 3!239.90 3!242.74 3!238.70 52.98 76.15 6 1.200 1.200 0.00135 0.07$%=120 $%=121 3!239.90 3!236.43 3!238.70 3!235.23 49.62 69.91 6 1.200 1.200 0.00135 0.07

$%=131 $%=121 3!237.27 3!236.43 3!236.07 3!235.23 42.88 19.65 6 1.200 1.200 0.00135 0.06

$%=121 $%=122 3!236.43 3!233.60 3!235.23 3!232.40 49.89 56.86 6 1.200 1.200 0.00135 0.07$%=122 $%=123 3!233.60 3!230.62 3!232.40 3!229.12 47.29 69.36 6 1.200 1.500 0.00135 0.06

$%=133 $%=195 3!230.82 3!230.82 3!229.62 3!229.32 5.58 53.81 6 1.200 1 .500 0.00135 0.01$%=195 $%=123 3!230.82 3!230.62 3!229.32 3!229.12 42.69 4.85 6 1.500 1 .500 0.00135 0.06

$%=123 $%=124 3!230.62 3!226.86 3!229.12 3!225.66 54.25 63.74 6 1.500 1.200 0.00135 0.07$%=124 $%=125 3!226.86 3!223.49 3!225.66 3!222.29 54.81 61.36 6 1.200 1.200 0.00135 0.07

$%=125 $%=126 3!223.49 3!219.44 3!222.29 3!218.24 54.25 74.66 8 1.200 1.200 0.00135 0.07$%=126 $%=169 3!219.44 3!218.57 3!218.24 3!217.37 31.50 27.85 10 1.200 1.200 0.00135 0.04$%=169 $%=110 3!218.57 3!217.69 3!217.37 3!216.49 51.28 17.11 10 1.200 1.200 0.00135 0.07

$%=125 $%=108 3!223.49 3!222.96 3!222.29 3!221.76 61.02 8.69 6 1.200 1 .200 0.00135 0.08

$%=107 $%=108 3!229.86 3!222.96 3!228.66 3!221.76 61.02 112.96 6 1.200 1.200 0.00135 0.08

$%=108 $%=109 3!222.96 3!220.89 3!221.76 3!219.69 61.02 33.97 6 1.200 1.200 0.00135 0.08$%=109 $%=110 3!220.89 3!217.69 3!219.69 3!216.49 51.28 62.40 6 1.200 1.200 0.00135 0.07


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#onFit d,m-

)endiente ,0'00-

iam. G, *F-

Coe=ic. deistri .

>AL AC/O# + LA ? + +

$%=189 $%=190 3!232.59 3!227.70 3!231.39 3!226.50 18.30 267.26 6 1.200 1.200 0.00135 0.02$%=190 $%=191 3!227.70 3!224.00 3!226.50 3!222.80 45.75 80.88 6 1.200 1.200 0.00135 0.06$%=191 $%=192 3!224.00 3!223.78 3!222.80 3!222.58 70.10 3.14 6 1.200 1.200 0.00135 0.09$%=192 $%=193 3!223.78 3!223.58 3!222.58 3!222.38 70.10 2.85 6 1.200 1.200 0.00135 0.09

$%=110 $%=171 3!217.69 3!217.14 3!216.49 3!215.94 29.95 18.39 10 1.200 1.200 0.00135 0.04$%=171 $%=177 3!217.14 3!217.32 3!215.94 3!215.02 34.87 26.41 10 1.200 2.300 0.00135 0.05

$%=177 $%=178 3!217.32 3!217.81 3!215.02 3!214.81 22.84 9.30 12 2.300 3.000 0.00135 0.03$%=178 $%=179 3!217.81 3!217.86 3!214.81 3!214.66 21.70 6.84 12 3.000 3.200 0.00135 0.03$%=179 $%=180 3!217.86 3!213.15 3!214.66 3!211.95 105.96 25.53 12 3.200 1.200 0.00135 0.14$%=180 $%=181 3!213.15 3!210.39 3!211.95 3!209.19 109.17 25.28 12 1.200 1.200 0.00135 0.15$%=181 $%=182 3!210.39 3!207.33 3!209.19 3!206.13 126.95 24.16 12 1.200 1.200 0.00135 0.17$%=182 $%=183 3!207.33 3!205.94 3!206.13 3!204.74 67.10 20.73 12 1.200 1.200 0.00135 0.09$%=183 $%=184 3!205.94 3!203.65 3!204.74 3!202.45 129.20 17.71 12 1.200 1.200 0.00135 0.17

$%=184 $%=185 3!203.65 3!201.86 3!202.45 3!200.66 103.50 17.26 12 1.200 1.200 0.00135 0.14$%=185 $%=186 3!201.86 3!201.25 3!200.66 3!200.05 35.06 17.41 12 1.200 1.200 0.00135 0.05$%=186 $%=187 3!201.25 3!200.87 3!200.05 3!199.67 125.91 3.03 12 1.200 1 .200 0.00135 0.17$%=187 $%=188 3!200.87 3!200.75 3!199.67 3!199.55 22.65 5.24 12 1.200 1.200 0.00135 0.03


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# C NT " )" #A " AC" er!aTractiHa,IF'mJ-

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23/60

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CA#CU#" #A >U EA T ACT:@A # : T C 7.79 0.0007 0.00762 @509 @509 0.0862 0.0817 64.8 @509 @509 @ '>C 8.69 0.0008 0.00846 @509 @509 0.0912 0.0858 68.6 @509 @509 @ '>C 13.79 0.0015 0.01309 @509 @509 0.1160 0.1051 87.2 @509 @509 @ '>C 11.08 0.0011 0.01066 @509 @509 0.1034 0.0957 77.8 @509 @509 @ '>C 8.52 0.0007 0.00831 @509 @509 0.0903 0.0851 67.9 @509 @509 @ '>C 9.75 0.0009 0.00945 @509 @509 0.0968 0.0904 72.8 @509 @509 @

'>C 7.73 0.0006 0.00757 @509 @509 0.0859 0.0814 64.6 @509 @509 @ '>C 8.29 0.0007 0.00810 @509 @509 0.0890 0.0841 66.9 @509 @509 @ '>C 8.87 0.0008 0.00863 @509 @509 0.0922 0.0867 69.3 @509 @509 @

'>C 11.32 0.0011 0.01088 @509 @509 0.1046 0.0966 78.6 @509 @509 @ '>C 12.61 0.0013 0.01205 @509 @509 0.1107 0.1012 83.2 @509 @509 @

'>C 14.67 0.0017 0.01387 @509 @509 0.1198 0.1078 90.1 @509 @509 @ '>C 8.07 0.0007 0.00789 @509 @509 0.0878 0.0830 66.0 @509 @509 @

'>C 10.75 0.0019 0.01383 @509 @509 0.1358 0.1259 76.6 @509 @509 @ '>C 11.29 0.0020 0.01448 @509 @509 0.1393 0.1286 78.5 @509 @509 @

'>C 7.84 0.0007 0.00767 @509 @509 0.0865 0.0819 65.0 @509 @509 @ '>C 8.14 0.0007 0.00795 @509 @509 0.0882 0.0833 66.3 @509 @509 @

'>C 7.62 0.0006 0.00747 @509 @509 0.0853 0.0809 64.1 @509 @509 @

'>C 11.46 0.0021 0.01468 @509 @509 0.1403 0.1294 79.1 @509 @509 @

Tirante en%

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Ca da* /,m3's-

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36/60

CA#CU#" #A >U EA T ACT:@A # : T * Oo @ ,m's-

Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 8.00 0.0007 0.00782 @509 @509 0.0874 0.0827 65.7 @509 @509 @

'>C 19.54 0.0045 0.02400 @509 @509 0.1861 0.1611 104.9 @509 @509 @

'>C 7.99 0.0007 0.00781 @509 @509 0.0873 0.0826 65.7 @509 @509 @

'>C 14.98 0.0030 0.01885 @509 @509 0.1615 0.1450 91.1 @509 @509 @

'>C 8.37 0.0007 0.00817 @509 @509 0.0894 0.0844 67.3 @509 @509 @ '>C 8.39 0.0007 0.00819 @509 @509 0.0896 0.0845 67.4 @509 @509 @ '>C 9.04 0.0008 0.00879 @509 @509 0.0931 0.0874 70.0 @509 @509 @

'>C 15.14 0.0031 0.01904 @509 @509 0.1624 0.1457 91.6 @509 @509 @

'>C 7.76 0.0007 0.00760 @509 @509 0.0861 0.0816 64.7 @509 @509 @

'>C 15.31 0.0031 0.01924 @509 @509 0.1634 0.1464 92.1 @509 @509 @ '>C 13.01 0.0025 0.01653 @509 @509 0.1499 0.1367 84.6 @509 @509 @

'>C 7.91 0.0007 0.00774 @509 @509 0.0869 0.0823 65.4 @509 @509 @ '>C 9.15 0.0008 0.00889 @509 @509 0.0936 0.0879 70.4 @509 @509 @

'>C 8.49 0.0007 0.00829 @509 @509 0.0901 0.0850 67.8 @509 @509 @

'>C 11.51 0.0012 0.01106 @509 @509 0.1055 0.0973 79.3 @509 @509 @


37/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 8.48 0.0007 0.00828 @509 @509 0.0901 0.0849 67.7 @509 @509 @

'>C 8.01 0.0007 0.00783 @509 @509 0.0874 0.0827 65.7 @509 @509 @

'>C 9.45 0.0016 0.01223 @509 @509 0.1270 0.1189 71.6 @509 @509 @ '>C 9.63 0.0016 0.01245 @509 @509 0.1282 0.1199 72.3 @509 @509 @

'>C 12.97 0.0039 0.02062 @509 @509 0.1872 0.1707 84.5 @509 @509 @

'>C 7.88 0.0007 0.00771 @509 @509 0.0867 0.0821 65.2 @509 @509 @ '>C 8.33 0.0007 0.00813 @509 @509 0.0893 0.0842 67.1 @509 @509 @

'>C 12.69 0.0037 0.02020 @509 @509 0.1851 0.1691 83.5 @509 @509 @ '>C 14.64 0.0046 0.02306 @509 @509 0.1994 0.1796 90.0 @509 @509 @

'>C 12.26 0.0036 0.01956 @509 @509 0.1818 0.1666 82.0 @509 @509 @ '>C 8.00 0.0007 0.00782 @509 @509 0.0874 0.0827 65.7 @509 @509 @ '>C 8.96 0.0008 0.00872 @509 @509 0.0927 0.0871 69.7 @509 @509 @

'>C 7.65 0.0006 0.00749 @509 @509 0.0854 0.0810 64.2 @509 @509 @ '>C 8.05 0.0007 0.00787 @509 @509 0.0877 0.0829 66.0 @509 @509 @ '>C 8.46 0.0007 0.00826 @509 @509 0.0900 0.0848 67.7 @509 @509 @ '>C 9.25 0.0008 0.00899 @509 @509 0.0942 0.0883 70.8 @509 @509 @ '>C 9.84 0.0009 0.00953 @509 @509 0.0973 0.0908 73.1 @509 @509 @ '>C 9.62 0.0009 0.00933 @509 @509 0.0961 0.0899 72.3 @509 @509 @

'>C 14.53 0.0046 0.02291 @509 @509 0.1987 0.1790 89.6 @509 @509 @


38/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 7.91 0.0007 0.00774 @509 @509 0.0869 0.0823 65.3 @509 @509 @ '>C 7.84 0.0007 0.00767 @509 @509 0.0865 0.0819 65.0 @509 @509 @

'>C 8.49 0.0007 0.00828 @509 @509 0.0901 0.0849 67.7 @509 @509 @ '>C 8.72 0.0008 0.00849 @509 @509 0.0913 0.0860 68.7 @509 @509 @ '>C 10.05 0.0010 0.00973 @509 @509 0.0983 0.0917 73.9 @509 @509 @

'>C 8.14 0.0007 0.00795 @509 @509 0.0882 0.0833 66.3 @509 @509 @

'>C 8.54 0.0008 0.00832 @509 @509 0.0904 0.0852 67.9 @509 @509 @

'>C 9.12 0.0015 0.01182 @509 @509 0.1247 0.1170 70.3 @509 @509 @ '>C 9.52 0.0016 0.01232 @509 @509 0.1275 0.1193 71.9 @509 @509 @

'>C 8.39 0.0007 0.00818 @509 @509 0.0895 0.0845 67.3 @509 @509 @

'>C 10.10 0.0017 0.01303 @509 @509 0.1314 0.1225 74.1 @509 @509 @ '>C 9.54 0.0016 0.01234 @509 @509 0.1276 0.1194 72.0 @509 @509 @

'>C 17.03 0.0057 0.02650 @509 @509 0.2161 0.1910 97.5 @509 @509 @

'>C 7.71 0.0006 0.00755 @509 @509 0.0858 0.0813 64.5 @509 @509 @ '>C 7.98 0.0007 0.00781 @509 @509 0.0873 0.0826 65.7 @509 @509 @ '>C 12.19 0.0013 0.01167 @509 @509 0.1087 0.0997 81.7 @509 @509 @ '>C 8.51 0.0007 0.00830 @509 @509 0.0902 0.0851 67.9 @509 @509 @ '>C 8.26 0.0007 0.00807 @509 @509 0.0889 0.0839 66.8 @509 @509 @


39/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 8.52 0.0007 0.00830 @509 @509 0.0903 0.0851 67.9 @509 @509 @

'>C 7.90 0.0007 0.00772 @509 @509 0.0868 0.0822 65.3 @509 @509 @

'>C 9.66 0.0009 0.00936 @509 @509 0.0963 0.0900 72.4 @509 @509 @ '>C 10.43 0.0010 0.01007 @509 @509 0.1002 0.0932 75.4 @509 @509 @

'>C 8.12 0.0007 0.00794 @509 @509 0.0881 0.0833 66.2 @509 @509 @

'>C 9.88 0.0017 0.01276 @509 @509 0.1300 0.1213 73.3 @509 @509 @ '>C 9.39 0.0015 0.01215 @509 @509 0.1266 0.1185 71.4 @509 @509 @

'>C 15.57 0.0050 0.02442 @509 @509 0.2061 0.1842 93.0 @509 @509 @

'>C 8.12 0.0007 0.00794 @509 @509 0.0881 0.0833 66.2 @509 @509 @ '>C 8.85 0.0008 0.00861 @509 @509 0.0921 0.0866 69.2 @509 @509 @ '>C 9.57 0.0009 0.00929 @509 @509 0.0959 0.0897 72.1 @509 @509 @

'>C 7.68 0.0006 0.00752 @509 @509 0.0856 0.0811 64.3 @509 @509 @ '>C 7.78 0.0007 0.00761 @509 @509 0.0861 0.0816 64.8 @509 @509 @

'>C 8.64 0.0008 0.00842 @509 @509 0.0909 0.0856 68.4 @509 @509 @ '>C 10.04 0.0010 0.00971 @509 @509 0.0983 0.0916 73.9 @509 @509 @

'>C 8.00 0.0007 0.00783 @509 @509 0.0874 0.0827 65.7 @509 @509 @

'>C 11.24 0.0011 0.01082 @509 @509 0.1042 0.0963 78.4 @509 @509 @


40/60


41/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 24.59 0.0097 0.03672 @509 @509 0.2636 0.2188 118.9 @509 @509 @ '>C 22.34 0.0084 0.03378 @509 @509 0.2501 0.2116 112.8 @509 @509 @

'>C 7.88 0.0012 0.01028 @509 @509 0.1157 0.1095 65.2 @509 @509 @

'>C 8.30 0.0007 0.00810 @509 @509 0.0891 0.0841 67.0 @509 @509 @ '>C 8.36 0.0007 0.00816 @509 @509 0.0894 0.0844 67.2 @509 @509 @

'>C 8.04 0.0007 0.00786 @509 @509 0.0876 0.0829 65.9 @509 @509 @

'>C 7.70 0.0006 0.00754 @509 @509 0.0857 0.0813 64.4 @509 @509 @

'>C 13.30 0.0014 0.01267 @509 @509 0.1138 0.1035 85.6 @509 @509 @

'>C 9.54 0.0009 0.00926 @509 @509 0.0957 0.0895 72.0 @509 @509 @

'>C 9.67 0.0009 0.00938 @509 @509 0.0964 0.0901 72.5 @509 @509 @ '>C 10.12 0.0010 0.00979 @509 @509 0.0987 0.0919 74.2 @509 @509 @ '>C 11.30 0.0011 0.01087 @509 @509 0.1045 0.0965 78.6 @509 @509 @ '>C 13.65 0.0015 0.01297 @509 @509 0.1153 0.1046 86.7 @509 @509 @ '>C 16.26 0.0019 0.01524 @509 @509 0.1265 0.1125 95.1 @509 @509 @

'>C 9.25 0.0008 0.00899 @509 @509 0.0942 0.0883 70.8 @509 @509 @ '>C 8.64 0.0008 0.00842 @509 @509 0.0909 0.0856 68.4 @509 @509 @ '>C 8.91 0.0008 0.00867 @509 @509 0.0924 0.0868 69.5 @509 @509 @ '>C 8.32 0.0007 0.00813 @509 @509 0.0892 0.0842 67.1 @509 @509 @ '>C 8.83 0.0008 0.00859 @509 @509 0.0919 0.0865 69.1 @509 @509 @

'>C 9.44 0.0015 0.01221 @509 @509 0.1269 0.1188 71.6 @509 @509 @


42/60


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44/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 9.02 0.0015 0.01171 @509 @509 0.1240 0.1164 69.9 @509 @509 @ '>C 8.88 0.0014 0.01153 @509 @509 0.1230 0.1156 69.4 @509 @509 @

'>C 11.81 0.0022 0.01510 @509 @509 0.1426 0.1311 80.4 @509 @509 @

'>C 15.01 0.0031 0.01889 @509 @509 0.1617 0.1452 91.2 @509 @509 @ '>C 9.87 0.0017 0.01274 @509 @509 0.1298 0.1212 73.2 @509 @509 @ '>C 13.38 0.0026 0.01697 @509 @509 0.1522 0.1383 85.8 @509 @509 @ '>C 14.87 0.0030 0.01872 @509 @509 0.1609 0.1446 90.7 @509 @509 @ '>C 14.06 0.0028 0.01777 @509 @509 0.1562 0.1412 88.1 @509 @509 @

'>C 7.68 0.0006 0.00752 @509 @509 0.0856 0.0812 64.4 @509 @509 @ '>C 8.04 0.0007 0.00786 @509 @509 0.0876 0.0829 65.9 @509 @509 @ '>C 8.39 0.0007 0.00818 @509 @509 0.0895 0.0845 67.3 @509 @509 @ '>C 8.79 0.0008 0.00856 @509 @509 0.0918 0.0863 69.0 @509 @509 @

'>C 8.25 0.0007 0.00806 @509 @509 0.0888 0.0839 66.8 @509 @509 @

'>C 9.54 0.0009 0.00926 @509 @509 0.0957 0.0895 72.0 @509 @509 @ '>C 9.76 0.0009 0.00946 @509 @509 0.0968 0.0905 72.8 @509 @509 @

'>C 8.01 0.0007 0.00783 @509 @509 0.0875 0.0827 65.8 @509 @509 @

'>C 10.33 0.0010 0.00999 @509 @509 0.0997 0.0928 75.0 @509 @509 @ '>C 11.78 0.0012 0.01130 @509 @509 0.1068 0.0982 80.3 @509 @509 @ '>C 15.20 0.0017 0.01433 @509 @509 0.1221 0.1094 91.8 @509 @509 @ '>C 13.82 0.0015 0.01312 @509 @509 0.1161 0.1052 87.3 @509 @509 @


45/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 8.95 0.0008 0.00871 @509 @509 0.0926 0.0870 69.6 @509 @509 @509

'>C 7.79 0.0007 0.00762 @509 @509 0.0862 0.0817 64.8 @509 @509 @509


46/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 8.42 0.0007 0.00822 @509 @509 0.0897 0.0846 67.5 @509 @509 @ '>C 8.79 0.0008 0.00856 @509 @509 0.0918 0.0863 69.0 @509 @509 @

'>C 8.08 0.0007 0.00790 @509 @509 0.0879 0.0831 66.1 @509 @509 @

'>C 9.60 0.0009 0.00931 @509 @509 0.0960 0.0898 72.2 @509 @509 @ '>C 9.72 0.0009 0.00942 @509 @509 0.0966 0.0903 72.6 @509 @509 @

'>C 7.57 0.0006 0.00742 @509 @509 0.0850 0.0806 63.9 @509 @509 @ '>C 8.77 0.0008 0.00854 @509 @509 0.0916 0.0862 68.9 @509 @509 @

'>C 10.49 0.0010 0.01013 @509 @509 0.1005 0.0934 75.6 @509 @509 @ '>C 10.91 0.0011 0.01051 @509 @509 0.1026 0.0950 77.1 @509 @509 @

'>C 10.76 0.0019 0.01384 @509 @509 0.1358 0.1259 76.6 @509 @509 @

'>C 13.79 0.0042 0.02182 @509 @509 0.1933 0.1751 87.2 @509 @509 @ '>C 15.44 0.0050 0.02423 @509 @509 0.2052 0.1836 92.6 @509 @509 @

'>C 8.70 0.0008 0.00848 @509 @509 0.0913 0.0859 68.6 @509 @509 @

'>C 7.86 0.0007 0.00769 @509 @509 0.0866 0.0820 65.1 @509 @509 @

'>C 9.29 0.0009 0.00903 @509 @509 0.0944 0.0885 71.0 @509 @509 @

'>C 9.20 0.0008 0.00894 @509 @509 0.0939 0.0881 70.6 @509 @509 @


47/60


Ca da* /,m3's-

)er metroro de

NPmero dee no*ds

'>C 7.59 0.0006 0.00744 @509 @509 0.0851 0.0807 64.0 @509 @509 @ '>C 7.94 0.0007 0.00776 @509 @509 0.0871 0.0824 65.5 @509 @509 @ '>C 11.62 0.0012 0.01116 @509 @509 0.1060 0.0977 79.7 @509 @509 @ '>C 13.83 0.0015 0.01313 @509 @509 0.1161 0.1052 87.3 @509 @509 @

'>C 15.89 0.0052 0.02488 @509 @509 0.2083 0.1857 94.0 @509 @509 @ '>C 14.74 0.0046 0.02322 @509 @509 0.2002 0.1801 90.3 @509 @509 @

'>C 26.00 0.0151 0.04621 @509 @509 0.3262 0.2674 122.6 @509 @509 @ '>C 27.99 0.0167 0.04919 @509 @509 0.3399 0.2737 127.8 @509 @509 @ '>C 20.42 0.0107 0.03744 @509 @509 0.2858 0.2457 107.5 @509 @509 @ '>C 20.59 0.0108 0.03772 @509 @509 0.2871 0.2465 107.9 @509 @509 @ '>C 20.97 0.0111 0.03833 @509 @509 0.2899 0.2481 109.0 @509 @509 @ '>C 21.86 0.0118 0.03976 @509 @509 0.2966 0.2519 111.5 @509 @509 @ '>C 22.88 0.0126 0.04139 @509 @509 0.3041 0.2561 114.3 @509 @509 @ '>C 23.15 0.0128 0.04182 @509 @509 0.3060 0.2571 115.0 @509 @509 @ '>C 23.15 0.0128 0.04181 @509 @509 0.3060 0.2571 115.0 @509 @509 @ '>C 34.85 0.0226 0.05878 @509 @509 0.3850 0.2905 144.7 @509 @509 @ '>C 30.98 0.0192 0.05349 @509 @509 0.3598 0.2819 135.3 @509 @509 @


48/60

@509 0.012 0.10 @509@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.021 0.10 @509

@509 0.017 0.10 @509@509 0.013 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.014 0.10 @509

@509 0.017 0.10 @509@509 0.019 0.10 @509@509 0.022 0.10 @509

@509 0.012 0.10 @509

@509 0.022 0.10 @509@509 0.023 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.012 0.10 @509

@509 0.023 0.10 @509

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-

> er!aTractiHam nima,IF'm2-

> er!a Tota*IN


49/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.012 0.10 @509

@509 0.040 0.10 @509

@509 0.012 0.10 @509

@509 0.030 0.10 @509

@509 0.013 0.10 @509@509 0.013 0.10 @509@509 0.014 0.10 @509

@509 0.031 0.10 @509

@509 0.012 0.10 @509

@509 0.031 0.10 @509@509 0.026 0.10 @509

@509 0.012 0.10 @509@509 0.014 0.10 @509

@509 0.013 0.10 @509

@509 0.018 0.10 @509


50/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.013 0.10 @509

@509 0.012 0.10 @509

@509 0.019 0.10 @509@509 0.020 0.10 @509

@509 0.033 0.10 @509

@509 0.012 0.10 @509@509 0.013 0.10 @509

@509 0.032 0.10 @509@509 0.037 0.10 @509@509 0.031 0.10 @509

@509 0.012 0.10 @509@509 0.014 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.014 0.10 @509@509 0.015 0.10 @509@509 0.015 0.10 @509

@509 0.037 0.10 @509


51/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.013 0.10 @509@509 0.013 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509

@509 0.013 0.10 @509

@509 0.019 0.10 @509@509 0.019 0.10 @509

@509 0.013 0.10 @509

@509 0.021 0.10 @509@509 0.019 0.10 @509

@509 0.043 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509@509 0.019 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509


52/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.013 0.10 @509

@509 0.012 0.10 @509

@509 0.015 0.10 @509@509 0.016 0.10 @509

@509 0.012 0.10 @509

@509 0.020 0.10 @509@509 0.019 0.10 @509

@509 0.040 0.10 @509

@509 0.012 0.10 @509

@509 0.013 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.013 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509

@509 0.017 0.10 @509


53/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.020 0.10 @509@509 0.018 0.10 @509

@509 0.012 0.10 @509

@509 0.012 0.10 @509

@509 0.023 0.10 @509@509 0.017 0.10 @509

@509 0.013 0.10 @509

@509 0.014 0.10 @509@509 0.016 0.10 @509

@509 0.019 0.10 @509

@509 0.012 0.10 @509

@509 0.013 0.10 @509@509 0.017 0.10 @509

@509 0.015 0.10 @509


54/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.062 0.10 @509@509 0.057 0.10 @509

@509 0.016 =0.90 @509@509 0.013 0.10 @509@509 0.013 0.10 @509

@509 0.012 0.10 @509

@509 0.012 0.10 @509

@509 0.020 0.10 @509

@509 0.015 0.10 @509@509 0.015 0.10 @509

@509 0.015 0.10 @509@509 0.017 0.10 @509@509 0.021 0.10 @509@509 0.025 0.10 @509

@509 0.014 0.10 @509@509 0.013 0.10 @509@509 0.014 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509

@509 0.019 0.10 @509


55/60


56/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.012 0.10 @509@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509

@509 0.017 0.10 @509@509 0.018 0.10 @509@509 0.020 0.10 @509@509 0.023 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509

@509 0.014 0.10 @509

@509 0.017 0.10 @509@509 0.015 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509


57/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.018 0.10 @509@509 0.018 0.10 @509

@509 0.024 0.10 @509@509 0.031 0.10 @509@509 0.020 0.10 @509@509 0.027 0.10 @509@509 0.030 0.10 @509@509 0.029 0.10 @509

@509 0.012 0.10 @509@509 0.012 0.10 @509@509 0.013 0.10 @509@509 0.013 0.10 @509

@509 0.013 0.10 @509

@509 0.015 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509

@509 0.016 0.10 @509@509 0.018 0.10 @509@509 0.023 0.10 @509@509 0.021 0.10 @509


58/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.014 0.10 @509

@509 0.012 0.10 @509


59/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.013 0.10 @509@509 0.013 0.10 @509

@509 0.012 0.10 @509

@509 0.015 0.10 @509@509 0.015 0.10 @509

@509 0.012 0.10 @509@509 0.013 0.10 @509

@509 0.016 0.10 @509@509 0.017 0.10 @509

@509 0.022 0.10 @509

@509 0.035 0.10 @509@509 0.039 0.10 @509

@509 0.013 0.10 @509

@509 0.012 0.10 @509

@509 0.014 0.10 @509@509 0.014 0.10 @509


60/60

> er!aTractiHa >.T.

,IF'm2-

A*t raTirante

,m-


> er!a Tota*IN

@509 0.012 =4.90 @509@509 0.012 =3.90 @509@509 0.018 =2.90 @509@509 0.021 =1.90 @509

@509 0.040 0.10 @509@509 0.037 0.10 @509

@509 0.079 0.10 @509@509 0.085 0.10 @509@509 0.062 0.10 @509@509 0.063 0.10 @509@509 0.064 0.10 @509@509 0.067 0.10 @509@509 0.070 0.10 @509

@509 0.071 0.10 @509@509 0.071 0.10 @509@509 0.106 0.10 @509@509 0.094 0.10 @509

Documents

Calculo Final 2