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Tabela de Valores Small: Valores Small e suas Derivações, Notas de estudo de Engenharia Química

Faculdades Oswaldo Cruz (FOC)Engenharia Química

Uma tabela de valores small, que é uma coleção de números muito pequenos, e suas derivações. A tabela inclui valores de ordem 4 a 6 e suas respectivas derivações. Os valores são representados em notação científica e apresentados em pares, onde o primeiro valor é o coeficiente e o segundo é o exponente.

Tipologia: Notas de estudo

Antes de 2010

Compartilhado em 22/08/2008

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bg1
B 444444 0000000
N 5 10 15 20 25 30 1 1E-04 6.25E-06 1.235E-06 3.906E-07 1.6E-07 7.716E-08
2 0.0008 5E-05 9.877E-06 3.125E-06 1.28E-06 6.173E-07
ESCALA 4 4 4 4 4 4 3 0.002699 0.000169 3.333E-05 1.055E-05 4.32E-06 2.083E-06
4 0.00639 0.0004 7.901E-05 2.5E-05 1.024E-05 4.938E-06
5 0.012451 0.000781 0.000154 4.883E-05 2E-05 9.645E-06
6 0.021426 0.001349 0.000267 8.437E-05 3.456E-05 1.667E-05
7 0.033789 0.002142 0.000423 0.000134 5.488E-05 2.647E-05
8 0.049906 0.003195 0.000632 0.0002 8.192E-05 3.951E-05
9 0.069971 0.004545 0.0009 0.000285 0.000117 5.625E-05
10 0.093941 0.006226 0.001234 0.000391 0.00016 7.716E-05
11 0.121461 0.008271 0.001641 0.00052 0.000213 0.000103
12 0.151796 0.010713 0.00213 0.000675 0.000276 0.000133
13 0.183783 0.013579 0.002706 0.000858 0.000351 0.000169
14 0.215829 0.016895 0.003378 0.001071 0.000439 0.000212
15 0.245958 0.020681 0.00415 0.001317 0.00054 0.00026
16 0.27194 0.024953 0.005031 0.001597 0.000655 0.000316
17 0.291503 0.029721 0.006026 0.001915 0.000785 0.000379
18 0.302606 0.034986 0.007142 0.002272 0.000932 0.00045
19 0.303756 0.040741 0.008383 0.002671 0.001096 0.000529
20 0.294304 0.046971 0.009755 0.003113 0.001278 0.000617
21 0.274644 0.053647 0.011263 0.0036 0.001479 0.000714
22 0.246273 0.060731 0.01291 0.004136 0.0017 0.000821
23 0.211641 0.068169 0.0147 0.00472 0.001941 0.000938
24 0.173812 0.075898 0.016635 0.005356 0.002205 0.001065
25 0.135997 0.083836 0.018717 0.006046 0.00249 0.001203
26 0.101049 0.091892 0.020947 0.006789 0.002799 0.001353
27 0.071053 0.099957 0.023324 0.00759 0.003133 0.001515
28 0.047107 0.107915 0.025846 0.008447 0.003491 0.001689
29 0.029335 0.115634 0.028511 0.009364 0.003875 0.001875
30 0.01709 0.122979 0.031314 0.01034 0.004285 0.002075
31 0.009275 0.129806 0.034249 0.011378 0.004723 0.002288
32 0.004669 0.13597 0.03731 0.012476 0.005188 0.002516
33 0.00217 0.14133 0.040487 0.013637 0.005682 0.002757
34 0.000927 0.145751 0.043769 0.01486 0.006205 0.003013
35 0.000362 0.149111 0.047145 0.016146 0.006758 0.003284
36 0.000129 0.151303 0.050599 0.017493 0.007341 0.003571
0 20 40 60 80 100 120 140 160 180 200
0
0.05
0.1
0.15
0.2
0.25
0.3
0.35
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pf5
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Baixe Tabela de Valores Small: Valores Small e suas Derivações e outras Notas de estudo em PDF para Engenharia Química, somente na Docsity!

0 [o 0 [o [o [9 1E-04] 6.25E-06/1.235E-06/3.906E-07] 1.6E-07/7.716E-08] 0.0008 5E-05/9.877E-06/3.125E-06| 1.28E-06/6.173E-07 ESCALA 4 4 4 4 4 4 0.002699] 0.000169]3.333E-05/1.055E-05] 4.32E-06]2.083E-06] 0.00639 0.0004/7.901E-05] 2.5E-05/1.024E-05/4.938E-06] 0.012451] 0.000781] 0.000154[4.883E-05 2E-05/9.645E-06 0.35 0.021426] 0.001349] 0.000267|8.437E-05|3.456E-05/1.667E-05] 0.033789] 0.002142] 0.000423] 0.000134/5.488E-05]2.647E-05] 0.049906] 0.003195] 0.000632 0.0002/8.192E-05/3.951E-05] 0.069971] 0.004545 0.0009] 0.000285] 0.000117/5.625E-05 ESLEEBLELEENDE o to > H 0.093941] 0.006226] 0.001234] 0.000391] 0.00016/7.716E-05] E 0.121461] 0.008271] 0.001641] 0.00052] 0.000213] 0.000103] H IS 0.151796] 0.010713] 0.00213] 0.000675] 0.000276] 0.000133] H o) 0.183783] 0.013579] 0.002706] 0.000858] 0.000351] 0.000169) 0.25 H ES 0.215829] 0.016895] 0.003378] 0.001071] 0.000439] 0.000212] H [5 0.245958] 0.020681] 0.00415] 0.001317] 0.00054] 0.00026) H o| 0.27194] 0.024953] 0.005031] 0.001597] 0.000655] 0.000316 H q 0.291503] 0.029721| 0.006026] 0.001915] 0.000785] 0.000379) 0.2 H E 0.302606] 0.034986] 0.007142] 0.002272] 0.000932] 0.00045] H [5 0.303756] 0.040741] 0.008383] 0.002671| 0.001096] 0.000529) y S| 0.294304] 0.046971] 0.009755] 0.003113] 0.001278] 0.000617] Ny 8 0.15 0.274644] 0.053647] 0.011263 0.0036] 0.001479] 0.000714] N O) 0.246273| 0.060731] 0.01291] 0.004136 0.0017| 0.000821 y [ 0.211641] 0.068169 0.0147] 0.00472] 0.001941] 0.000938 | ES 0.173812] 0.075898] 0.016635] 0.005356] 0.002205] 0.001065] MN o] 0.135997] 0.083836] 0.018717| 0.006046] 0.00249] 0.001203] 01 y 5 0.101049] 0.091892] 0.020947| 0.006789] 0.002799] 0.001353] MN E 0.071053] 0.099957] 0.023324] 0.00759] 0.003133] 0.001515] y [E 0.047107| 0.107915] 0.025846] 0.008447] 0.003491] 0.001689) y O] 0.05 0.029335] 0.115634] 0.028511] 0.009364] 0.003875] 0.001875] o [5] 0.01709| 0.122979| 0.031314] 0.01034] 0.004285| 0.002075 o) 8 0.009275] 0.129806] 0.034249] 0.011378] 0.004723] 0.002288] ay Ny 0.004669] 0.13597] 0.03731] 0.012476] 0.005188] 0.002516) o [8 0.00217| 0.14133] 0.040487| 0.013637| 0.005682] 0.002757 [3 ES O 20 40 60 BO 100 120 140 160 180 200 0.000927| 0.145751| 0043769] 0.01486| 0006205] 0.003073] o) [ 0.000362] 0.149111] 0.047145] 0.016146] 0.006758] 0.003284] o) 5 0.000129] 0.151303] 0.050599] 0.017493] 0.007341] 0.003571) 37 4.145E-05 0.152244 0.054115 0.018901 0.007954] 0.003873| 38 1.201E-05 0.151878 0.057676 0.020371 0.008598 0.004192| 39 3.117E-06 0.150178 0.061261 0.021899 0.009274, 0.004526 40 7.202E-07 0.147152 0.06485 0.023485 0.009981 0.004878) 41 1.473E-07 0.142841 0.068419 0.025128 0.01072 0.005246] 42 2.652E-08 0.137322 0.071943 0.026823 0.011491 0.005632| 43 4.175E-09 0.130707 0.075397 0.02857 0.012294] 0.006034 44 5.711E-10 0.123137 0.078754 0.030365 0.013128 0.006455| 45 6.748E-11 0.114779 0.081986 0.032205 0.013994] 0.006894] 46 6.838E-12 0.10582 0.085064. 0.034085 0.014892 0.00735] 47 5.904E-13 0.096461 0.087961 0.036001 0.015821 0.007825) 48 4.314E-14 0.086906 0.090647 0.037949 0.01678 0.008318) 49 2.648E-15 0.077356 0.093094] 0.039923 0.017769 0.008829) 50 1.356E-16 0.067999 0.095276 0.041918 0.018788 0.009359) 51 5.75E-18 0.059006 0.097168 0.043928 0.019836 0.009907) 52 2E-19 0.050524 0.098744, 0.045946 0.020911 0.010473| 53 5.693E-21 0.042669 0.099984. 0.047965) 0.022013 0.011059) 54 1.309E-22 0.035526 0.100869 0.049979 0.023141 0.011662] 55 2416E-24 0.029147 0.101382 0.051979 0.024292 0.012283| 56 3.551E-26 0.023554 0.101513 0.053957 0.025467 0.012923| 57 4.121E-28 0.018738 0.101252 0.055906 0.026662 0.01358) 58 3.745E-30 0.014668 0.100596 0.057817 0.027878 0.014255| 59 2.642E-32 0.011292 0.099544, 0.059681 0.029111 0.014948| 60 1.434E-34) 0.008545 0.098101 0.061489 0.030359 0.015657) 61 5.938E-37 0.006353 0.096278 0.063233 0.031621 0.016383| 62 1.859E-39 0.004638 0.094087 0.064903 0.032894] 0.017125| 63 4.356E-42 0.003323 0.091548 0.06649 0.034176 0.017882| 64 7.576E-45 0.002335 0.088684. 0.067985 0.035465 0.018655) 65 9.684E -48 0.001608 0.085521 0.06938 0.036757 0.019442| 66 9.01E-51 0.001085 0.082091 0.070665 0.038049 0.020244 67 6.043E -54 0.000717 0.078427 0.071833 0.03934 0.021058) 68 2.892E-57 0.000464 0.074566 0.072876 0.040625 0.021885) 69 9.778E-61 0.000293 0.070547 0.073785 0.041901 0.022723| 70 2.312E-64 0.000181 0.066409 0.074555 0.043166 0.023572| 71 3.783E-68 0.000109 0.062192 0.075179 0.044415 0.024431| 72 4.238E-72 6.439E-05 0.057937 0.075651 0.045646 0.025299] 73 3.217E-76 3.7E-05 0.053684] 0.075967 0.046855 0.026175) 111 0/1.508E-25[1.382E-05| 0.013126] 0.047951| 0.050748] 112 0/1.776E-26/9.252E-06] 0.011777| 0.046602] 0.050756] 113 0/1.971E-27/6.123E-06] 0.010525] 0.045212] 0.050716) 114 0/2.061E-28 4E-06] 0.009369] 0.043785] 0.050626] 115 0/2.026E-29|2.586E-06| 0.008306] 0.042328] 0.050487) 116 0/1.873E-30] 1.65E-06] 0.007334] 0.040845] 0.050298] 117 0/1.624E-31/1.039E-06| 0.006448] 0.039342] 0.050059) 118 0/1.321E-32] 6.46E-07| 0.005646] 0.037824] 0.049772) 119 0/1.006E-33/3.965E-07| 0.004922] 0.036296] 0.049435) 120 0/7.171E-35[2.401E-07| 0.004273] 0.034762] 0.049051 121 0/4.776E-36/1.434E-07| 0.003692] 0.03323] 0.048618) 122 0/2.969E-37/8.451E-08| 0.003176] 0.031702] 0.048139 123 0/1.721E-38/4.911E-08] 0.00272] 0.030185] 0.047614] 124] 0/9.293E-40/2.813E-08| 0.002319] 0.028683] 0.047043 125 0/4.667E-41/1.589E-08] 0.001967] 0.027199] 0.04643] 126 0/2.178E-42/8.839E-09| 0.001661| 0.02574] 0.045774| 127 0/9.435E-44]4.846E -09] 0.001396] 0.024307] 0.045077] 128 0/3.788E-45|2.617E-09| 0.001167| 0.022906] 0.044342 129 0/1.408E-46/1.392E-09] 0.000971] 0.021539] 0.043569) 130 0/4.842E-48]7.285E-10| 0.000804] 0.02021] 0.042761 131 0/1.538E-49/3.754E-10| 0.000662] 0.018921| 0.041919) 132 0/4.505E-51/1.904E-10| 0.000543] 0.017674] 0.041046) 133 0/1.216E-52/9.498E-11| 0.000442] 0.016473| 0.040143 134] 0/3.021E-54/4.661E-11] 0.000359] 0.015318] 0.039214] 135 0/6.899E-56]2.249E-11| 0.000289] 0.014211] 0.03826) 136 0/1.446E-57/1.067E-11| 0.000232] 0.013152] 0.037283] 137 0/2.779E-59/4.975E-12| 0.000185] 0.012144] 0.036287) 138 0/4.889E-61/2.279E-12| 0.000147] 0.011186] 0.035273] 139 0/7.867E-63/1.026E-12| 0.000116] 0.010279| 0.034245] 140 0/1.156E-64/4.535E-13/9.056E-05| 0.009421] 0.033204| 141 0/1.549E-66/1.968E-13|7.056E-05| 0.008614| 0.032154| 142 0/1.891E-68/8.385E-14/5.465E-05| 0.007856] 0.031096) 143 0/2.101E-70/3.506E-14/4.208E-05| 0.007146| 0.030034| 144] 0/2.119E-72/1.438E-14| 3.22E-05| 0.006484] 0.028969 145 0] 1.94E-74[5.785E-15[2.448E-05| 0.005867| 0.027904] 146 0/1.609E-76|2.282E-15| 1.85E-05] 0.005295] 0.026842 147 0/1.207E-78/8.827E-16/1.389E-05] 0.004766] 0.025785] 148 0/8.183E-81/3.346E-16/1.036E-05] 0.004278] 0.024735] 149 0/5.005E-83/1.243E -16/7.679E-06] 0.003829] 0.023695] 150 0/2.759E-85| 4.52E-17/5.654E-06| 0.003418] 0.022666) 151 0/1.368E-87| 1.61E-17/4.134E-06] 0.003042] 0.021651) 152 0/6.097E-90[5.615E-18 3E-06 0.0027| 0.020651 153 0/2.438E-92/1.917E-18/2.166E-06] 0.00239] 0.019669) 154] 0/8.732E-95] 6.4E-19/1.551E-06] 0.002109] 0.018705) 155 0/2.799E-97/2.091E-19/1.103E-06] 0.001855] 0.017762 156 O| 8E-100[6.678E-20|7.792E-07| 0.001627| 0.016841) 157 O] 2E-102/2.085E-20/5.463E-07| 0.001423] 0.015944| 158 0/4.66E-105[6.365E-21/3.802E-07] 0.00124] 0.015071) 159 0/9.42E-108/1.898E-21|2.626E-07| 0.001078] 0.014223 160 0/1.69E-110[5.527E-22/1.801E-07| 0.000934] 0.013402] 161 0| 2.7E-113/1.572E-22/1.225E-07| 0.000806] 0.012608 162 0/3.81E-116/4.364E-23/8.272E-08] 0.000694] 0.011842] 163 0/4.75E-119/1.182E-23/5.541E-08| 0.000596| 0.011104| 164] 0/5.24E-122/3.125E-24/3.683E-08] 0.000509] 0.010396] 165 0/5.09E-125/8.055E-25|2.429E-08| 0.000434] 0.009716) 166 0/4.35E-128]2.024E-25/1.588E-08] 0.000369] 0.009065] 167 0/3.26E-131/4.959E-26| 1.03E-08| 0.000312] 0.008444| 168 0/2.15E-134/1.184E-26| 6.63E-09] 0.000263] 0.007851) 169 0/1.24E-137/2.753E-27| 4.23E-09] 0.000221] 0.007288) 170 0/6.27E-141/6.232E-28|2.676E-09| 0.000185] 0.006753 171 0/2.76E-144/1.374E-28/1.678E-09] 0.000155] 0.006246] 172 0/1.06E-147/2.947E-29/1.044E-09] 0.000129] 0.005767] 173 0/3.55E-151] 6.15E-30/6.433E-10] 0.000107] 0.005315] 174, O| 1E-154/1.248E-30| 3.93E-10/8.808E-05| 0.004889 175 0] 2.6E-158/2.464E-31| 2.38E-10[7.245E-05] 0.004489) 176 0/5.68E-162/4.725E-32/1.428E-10/5.937E-05| 0.004115] 177 0/1.07E-165/8.806E-33] 8.489E-11/4.846E -05| 0.003764| 178 0/1.75E-169/1.594E-33 5E-11/3.941E-05] 0.003437 179 0/2.46E-173|2.802E-34| 2.918E-11/3.192E-05] 0.003132) 180 O| 3E-177/4.781E-35| 1.687E-11/2.576E-05| 0.002848) 181 0/3.09E-181/7.915E-36/9.658E-12] 2.07E-05] 0.002586) 182 0/2.76E-185[1.271E-36/5.476E-12/1.657E-05] 0.002342] 183 0] 2.1E-189/1.979E-37/3.075E-12/1.321E-05] 0.002118) 184] 0/1.37E-193/2.988E-38| 1.71E-12/1.048E-05] 0.001911) 222 0 0/5.455E-81/7.539E-26] 4.949E-11 [6.908E-06 223 0 0/1.846E-82[2.606E-26]3.229E-11[5.661E-06 224, 0 0/5.963E -84/8.878E-27|2.094E-11/4.626E-06 225 0 0/1.839E-85] 2.98E-27| 1.35E-11[3.769E-06 226 0 0/5.412E-87/9.856E-28]8.645E-12/3.062E-06 227 0 0/1.519E-88/3.211E-28/5.504E-12[2.479E-06 228 0 0/4.065E-90| 1.03E-28/3.482E-12 2E-06) 229 0 0/1.036E-91/3.256E-29/2.189E-12] 1.611E-06 230 0 0/2.517E-93/1.013E-29/1.368E-12/1.293E-06 231 0 0/5.821E-95/3.104E-30/8.489E-13/1.034E-06 232 0 0/1.281E-96/9.363E-31[5.236E-13[8.248E-07 233 0 0/2.683E-98| 2.78E-31/3.208E-13/6.556E-07 234] 0 0/5.34E-100[8.121E-32[1.953E-13/5.195E-07 235 0 O| 1E-101/2.335E-32/1.181E-13/4.103E-07 236 0 0/1.82E-103/6.605E-33[7.093E-14] 3.23E-07 237 0 O| 3.1E-105/1.838E-33/4.232E-14/2.535E-07 238 0 O| 5E-107/5.031E-34[2.508E-14[1.982E-07 239 0 0/7.74E-109/1.354E-34/1.476E-14/1.545E-07 240 0 0/1.13E-110/3.585E-35/8.628E-15] 1.2E-07 241 0 0/1.56E-112/9.332E-36/5.008E-15/9.294E-08 242 0 O| 2E-114/2.388E-36/2.887E-15/7.171E-08 243 0 0/2.54E-116/6.006E-37[1.652E-15/5.514E-08 244, 0 O| 3E-118/1.485E-37/9.388E-16/4.226E-08 245 0 0/3.32E-120[3.606E-38/5.296E -16[3.227E-08 246 0 0/3.49E-122/8.606E-39/2.967E-16/2.455E-08 247 0 0/3.47E-124/2.018E-39[1.649E-16/1.862E-08 248 0 0/3.26E-126/4.646E-40/9.104E-17/1.407E-08 249 0 O| 2.9E-128/1.051E-40/4.988E-17[1.059E-08 250 0 0/2.43E-130/2.334E-41/2.712E-17/7.943E-09 251 0 0/1.92E-132/5.088E-42/1.464E-17/5.936E-09 252 0 0/1.43E-134/1.089E-42]7.839E-18] 4.42E-09 253 0 O| 1E-136/2.288E-43/4.167E-18/3.279E-09 254, 0 0/6.69E-139/4.717E-44/2.197E-18/2.423E-09 255 0 0/4.18E-141/9.543E-45| 1.15E-18/1.784E-09 256 0 0/2.46E-143/1.894E-45[5.971E-19[1.308E-09 257 0 0/1.36E-145/3.688E-46/3.076E-19] 9.56E-10 258 0 0[7.08E-148[7.042E-47[1.572E-19[6.958E-10 259 0 0/3.46E-150/1.319E-47|7.968E-20[5.044E-10 260 0 0/1.59E-152/2.421E-48/4.007E-20[3.643E-10 261 0 0/6.88E-155/4.358E-49 2E-20| 2.62E-10 262 0 0/2.79E-157[7.689E-50/9.887E-21[1.877E-10 263 0 0/1.06E-159/1.329E-50/4.851E-21/1.339E-10 264] 0 0/3.79E-162/2.253E-51] 2.36E-21[9.519E-11 265 0 0/1.27E-164/3.739E-52/1.139E-21] 6.738E-11 266 0 O| 4E-167/6.081E-53/[5.447E-22]4.749E-11 267 0 0/1.17E-169/9.685E-54/2.584E-22] 3.334E-11 268 0 0/3.21E-172/1.511E-54[1.215E-22] 2.331E-11 269 0 0/8.25E-175[2.307E-55[5.665E-23] 1.622E-11 270 0 O| 2E-177/3.449E-56/2.618E-23]1.125E-11 271 0 0/4.46E-180[5.048E-57] 1.2E-23[7.762E-12 272 0 0/9.37E-183| 7.23E-58/5.447E-24/5.335E-12 273 0 0/1.84E-185/1.013E-58[2.451E-24[3.651E-12 274, 0 0/3.36E-188/1.389E-59/1.093E-24/2.488E-12 275 0 0/5.74E-191/1.863E-60/4.833E-25[1.687E-12 276 0 0/9.14E-194/2.445E-61]2.117E-25| 1.14E-12 277 0 0/1.36E-196/3.136E-62/9.187E-26]7.663E-13 278 0 0/1.87E-199/3.933E-63| 3.95E-26/5.129E-13 279 0 0/2.41E-202/4.823E-64/1.683E-26/3.418E-13 280 0 0/2.88E-205| 5.78E-65[7.103E-27[2.267E-13 281 0 O| 3.2E-208/6.769E-66]2.969E-27/1.497E-13 282 0 0/3.31E-211[7.747E-67| 1.23E-27/9.841E-14] 283 0 0/3.18E-214] 8.66E-68/5.044E -28/6.438E-14| 284] 0 0/2.84E-217[9.457E-69/2.049E -28/4.192E-14| 285 0 0/2.35E-220/1.009E-69]8.243E -29/2.717E-14| 286 0 0/1.81E-223] 1.05E-70[3.284E-29[1.753E-14| 287 0 0/1.29E-226/1.068E-71/1.295E-29/1.125E-14| 288 0 0/8.47E-230] 1.06E-72] 5.06E-30] 7.19E-15 289 0 0/5.18E-233/1.026E-73/1.957E-30/4.572E-15 290 0 0/2.93E-236/9.699E-75| 7.49E-31/2.893E-15 291 0 0/1.53E-239/8.942E-76|2.839E-31/1.821E-15 292 0 0/7.39E-243/8.043E-77/1.065E-31/1.141E-15 293 0 O| 3.3E-246/7.055E-78/3.954E-32] 7.115E-16 294, 0 0/1.36E-249[6.035E-79[1.453E-32/4.414E-16 295 0 0/5.19E-253/5.033E-80[5.284E-33/2.724E-16