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  • w:bs:Matematika 35 \frac{1}{2}; \frac{2}{3}; 0,125;\ldots \,
  • w:bs:Pi 185 \frac{\alpha + \gamma -2 \beta}{2} \approx 0,013358778
  • w:bs:Pi 186 \frac{4 \alpha -4 \gamma + \beta)}{2} \approx 0,21729555
  • w:bs:Pi 187 \frac{ 3 \gamma + 2\beta - 4 \alpha)}{2} \approx 0,020417221
  • w:bs:Pi 189 \alpha + \beta + \gamma \approx 3,14197215
  • w:bs:Pi 194 25/8=3,125
  • w:bs:Pi 198 3,1605
  • w:bs:Pi 200 \pi=4 *(1- 1/8+1/(8*29)-1/(8*29*6)+1/(8*29*6**))2=3,0888
  • w:bs:Pi 202 3,1416
  • w:bs:Pi 205 0,0002
  • w:bs:Pi 205 3,1418
  • w:bs:Pi 207 3,141024 < \pi < 3,142704
  • w:bs:Pi 208 3,1415926 < \pi< 3,1415927
  • w:bs:Pi 209 \pi =3+8/60+30/3600=3 17/120 = 3,14167
  • w:bs:Torij 235 \mathrm{^{232}_{\ 90}Th \ + \ ^{1}_{0}n \ \longrightarrow \ ^{233}_{\ 90}Th \ \xrightarrow[22,3 \ min]{\beta^-} \ ^{233}_{\ 91}Pa \ \xrightarrow[26,967 \ d]{\beta^-} \ ^{233}_{\ 92}U}
  • w:bs:Neptunij 108 \mathrm{^{238}_{\ 92}U\ +\ ^{1}_{0}n\ \longrightarrow \ ^{239}_{\ 92}U\ \xrightarrow[23 \ min]{\beta^-} \ ^{239}_{\ 93}Np\ \xrightarrow[2,355 \ d]{\beta^-} \ ^{239}_{\ 94}Pu}
  • w:bs:Neptunij 112 \mathrm{^{238}_{\ 92}U\ \xrightarrow[]{(n,\ 2n)} \ ^{237}_{\ 92}U\ \xrightarrow[7 \ d]{\beta^-} \ ^{237}_{\ 93}Np\ \xrightarrow[2,144\ x\ 10^6\ a]{\alpha} \ ^{233}_{\ 91}Pa}
  • w:bs:Neptunij 170 \mathrm{^{237}_{\ 93}Np\ +\ ^{1}_{0}n\ \longrightarrow \ ^{238}_{\ 93}Np\ \xrightarrow[2,117 \ d]{\beta^-} \ ^{238}_{\ 94}Pu}
  • w:bs:Plutonij 164 \mathrm{^{238}_{\ 92}U\ +\ ^{2}_{1}D\ \longrightarrow \ ^{238}_{\ 93}Np\ +\ 2\ ^{1}_{0}n \quad;\quad ^{238}_{\ 93}Np\ \xrightarrow[2,117 \ d]{\beta^-} \ ^{238}_{\ 94}Pu}
  • w:bs:Plutonij 168 \mathrm{^{238}_{\ 92}U\ +\ ^{1}_{0}n\ \longrightarrow \ ^{239}_{\ 92}U\ \xrightarrow[23,5 \ min]{\beta^-} \ ^{239}_{\ 93}Np\ \xrightarrow[2,3565 \ d]{\beta^-} \ ^{239}_{\ 94}Pu}
  • w:bs:Plutonij 282 \mathrm{^{238}_{\ 92}U\ +\ ^{1}_{0}n\ \longrightarrow \ ^{239}_{\ 92}U\ \xrightarrow[23,5 \ min]{\beta^-} \ ^{239}_{\ 93}Np\ \xrightarrow[2,3565 \ d]{\beta^-} \ ^{239}_{\ 94}Pu}
  • w:bs:Plutonij 298 \mathrm{^{237}_{\ 93}Np\ +\ ^{1}_{0}n\ \longrightarrow \ ^{238}_{\ 93}Np\ \xrightarrow[2,117 \ d]{\beta^-} \ ^{238}_{\ 94}Pu}
  • w:bs:Kirij 190 \mathrm{^{238}_{\ 92}U\ \xrightarrow {(n,\gamma)} \ ^{239}_{\ 92}U\ \xrightarrow [23,5 \ min]{\beta^-} \ ^{239}_{\ 93}Np\ \xrightarrow [2,3565 \ d]{\beta^-} \ ^{239}_{\ 94}Pu}
  • w:bs:Kirij 199 \mathrm{^{239}_{\ 94}Pu\ \xrightarrow {4(n,\gamma)} \ ^{243}_{\ 94}Pu\ \xrightarrow [4,956 \ h]{\beta^-} \ ^{243}_{\ 95}Am\ \xrightarrow {(n,\gamma)} \ ^{244}_{\ 95}Am\ \xrightarrow [10,1 \ h]{\beta^-} \ ^{244}_{\ 96}Cm}
  • w:bs:Berkelij 176 \mathrm{^{247}_{\ 97}Bk\ \xrightarrow[1380 \ a]{\alpha} \ ^{243}_{\ 95}Am\ \xrightarrow [7370 \ a]{\alpha} \ ^{239}_{\ 93}Np\ \xrightarrow [2,355 \ d]{\beta^-} \ ^{239}_{\ 94}Pu\ \xrightarrow[24110 \ a]{\alpha} \ ^{235}_{\ 92}U}
  • w:bs:Avogadrova konstanta 25 N_A = 6,022 1415 \cdot 10^{23}\ \mathrm{mol}^{-1}
  • w:bs:Sinusna teorema 72 \frac{7}{\sin 41^o}=\frac{b}{\sin 62^o} \Rightarrow b=\frac{7\sin 62^o}{\sin 41^o}=9,4208... .
  • w:bs:Sinusna teorema 90 c=\frac{15\cdot\sin 41^o}{\sin 32^o}=18,5705... .
  • w:bs:1 (broj) 142 0,125
  • w:bs:Decimalni brojevi 21 18574/1000 = 18000/ 1000 + 500/1000+70/1000+4/1000 =18+5/10 +7/100+4/1000 = 18,574
  • w:bs:Dijeljenje (matematika) 119 7,842:2,4=78,42:24=3,2675
  • w:bs:Dijeljenje (matematika) 123 423,10:10=42,310
  • w:bs:Spremnik kristala (OGame) 26 KapacitetSpremnika = 100,000 + 50,000 * ( Zaokruzeno(1.6^{NivoSpremnikaKristala}) -1 )
  • w:bs:Elipsa 100 \pi = 3,14159...
  • w:bs:Elektrohemija 193 8,3145 {J \over K mol}
  • w:bs:Elektrohemija 393 m \ = \ { 1 \over 96,485 \ \mathrm{(C \cdot mol^-1)} } \cdot { Q M \over n }
  • w:bs:Geometrijski red 119 0.7777\ldots \;=\; \frac{7}{10} \,+\, \frac{7}{100} \,+\, \frac{7}{1000} \,+\, \frac{7}{10,000} \,+\, \cdots.
  • w:bs:Zlatni rez 124 \varphi =\frac{1+\sqrt{5}}{2}= 0,618033988...
  • w:bs:Interpolacija 123 f(x) = \left\{ \begin{matrix}-0,1522 x^3 + 0,9937 x, & \mbox{ako } x \in [0,1], \\-0,01258 x^3 - 0,4189 x^2 + 1,4126 x - 0,1396, & \mbox{ako } x \in [1,2], \\0,1403 x^3 - 1,3359 x^2 + 3,2467 x - 1,3623, & \mbox{ako } x \in [2,3], \\0,1579 x^3 - 1,4945 x^2 + 3,7225 x - 1,8381, & \mbox{ako } x \in [3,4], \\0,05375 x^3 -0,2450 x^2 - 1,2756 x + 4,8259, & \mbox{ako } x \in [4,5], \\-0,1871 x^3 + 3,3673 x^2 - 19,3370 x + 34,9282, & \mbox{ako } x \in [5,6]. \\\end{matrix} \right.
  • w:bs:Kvadratni korijen iz 5 52 \frac{2}{1} = 2,0;\quad \frac{9}{4} = 2,25;\quad \frac{161}{72} = 2,23611\dots;\quad \frac{51841}{23184} = 2,2360679779 \ldots
  • w:bs:Tvrdoća prema Brinellu 39 \mbox{HB}=0,102 \frac{2F}{\pi D ({D-\sqrt{(D^2-d^2)})}}
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 130 1,0000
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 139 1,0027
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 140 1,0027
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 140 0,0027
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 143 0,2884
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 144 0,1143
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 145 0,5973
  • w:bs:Korisnik:Yahadzija/Frekvencija alela 146 1,0000
  • w:bs:Ekstremni skokovi u vodu 121 t = \sqrt{\frac{2h}{g}} = 1,414 s
  • w:bs:19 (broj) 33 \frac{1}{19}= 0,(052631578947368421)=0,052631578947368421.052631578947368421. 052631578947368421
  • w:bs:Efektivna veličina populacije 57 = {0,1945 \over 6}
  • w:bs:Efektivna veličina populacije 60 = 0,032416667
  • w:bs:Stehiometrija 51 \frac{2,00 \mbox{ g NaCl}}{58,44 \mbox{ g NaCl mol}^{-1}} = 0,034 \ \text{mol}
  • w:bs:Stehiometrija 55 \left(\frac{2,00 \mbox{ g NaCl}}{1}\right)\left(\frac{1 \mbox{ mol NaCl}}{58,44 \mbox{ g NaCl}}\right) = 0,034\ \text{mol}
  • w:bs:Stehiometrija 86 \left(\frac{16,00 \mbox{ g Cu}}{1}\right)\left(\frac{1 \mbox{ mol Cu}}{63,55 \mbox{ g Cu}}\right) = 0,2518\ \text{mol Cu}
  • w:bs:Stehiometrija 90 \left(\frac{0,2518 \mbox{ mol Cu}}{1}\right)\left(\frac{2 \mbox{ mol Ag}}{1 \mbox{ mol Cu}}\right) = 0,5036\ \text{mol Ag}
  • w:bs:Stehiometrija 94 \left(\frac{0,5036 \mbox{ mol Ag}}{1}\right)\left(\frac{107,87 \mbox{ g Ag}}{1 \mbox{ mol Ag}}\right) = 54,32 \ \text{g Ag}
  • w:bs:Stehiometrija 193 100\, \mathrm{g\, NH_3}\cdot\frac{1\, \mathrm{mol\, NH_3}}{17,034\, \mathrm{g\, NH_3}}=5,871\, \mathrm{mol\, NH_3}
  • w:bs:Stehiometrija 201 \begin{align}PV&= nRT\\V&= \frac{nRT}{P}\\&= \frac{5,871\cdot 0,08206\cdot 273,15}{1}\\&= 131,597\, \mathrm{L\, NO_2}\end{align}
  • w:ce:Нептун 864 \begin{smallmatrix}\frac{r_{ap}}{r_{per}} = \frac{9,655 \times 10^6 \text{km}}{1,372 \times 10^6 \text{km}} = 7,037.\end{smallmatrix}