merck TABLA PERI\u00d3DICA - Periodensystem der Elemente Periodic table of the elements Tableau p\u00e9riodique des \u00e9l\u00e9ments Tabla peri\u00f3dica de los

merck TABLA PERIu00d3DICA - Periodensystem der...

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Unformatted text preview: Periodensystem der Elemente Periodic table of the elements Tableau périodique des éléments Tabla periódica de los elementos 1 1 1 H 3 2 Li 11 3 1 2 –1,1 6.941 180.54 1347 1.0 1 22.990 97.81 882.9 1.0 4 24.305 1090 1.2 K 1 2 39.098 63.65 774 0.9 40.078 839 1484 1.0 1 20 Ca 85.468 6 688 0.9 55 8 . 1 0 0 8 2 . W 3 0 / 6 d n a t S 2 87.62 769 1384 1.0 Rb Sr 1 2 132.91 28.40 678.4 0.9 137.33 725 1640 1.0 56 Cs Ba 87 7 2 1 2 *223.02 27 677 0.9 *226.03 88 700 1140 1.0 1 2 Fr Ra 3 4 5 6 7 1 Rh 9.0122 1278 2970 1.5 12 648.8 37 38.89 38 5 2 Be 2 102.91 3 1966 4 3727 5 1.5 6 45 Na Mg 19 4 1 1.0079 –259.14 –252 –2 .87 52.87 2.2 2 3 4 1, 5 2, 3, 4 7 6 7 1 1 2 2 Ordnungszahl Elementsymbol 3 Relative Atommasse (g/mol) 4 Schmelzpunkt ( C) 5 Siedepunkt ( C) 6 Elektronegativität (Allred, Rochow) 7 Oxidationsstufen ° 5 3 21 44.956 1541 2831 1.2 22 6 7 ° ° ° Número atómico Simbolo del elemento 39 88.906 1522 3338 1.1 Y 3 40 ° 4 5 47.88 1660 3287 1.3 23 50.942 1890 3380 1.5 3, 4 91.224 1852 4377 1.2 2, 3, 4, 5 92.906 41 2468 4742 1.2 4 3, 5 180.95 2996 5425 1.3 2, 3, 4, 5, 6 183.84 74 3410 5660 1.4 4 5 *261.11 *262.11 2, 3, 4, 5, 6 *266.12 Zr 57–71 72 Lanthaniden Lanthanides Lanthanide Lantánidos 178.49 2227 4602 1.2 Actiniden Actinides Actinides Actínidos Übergangsmetalle, transition metals, métaux de transition, metales de transición 5 Elemente der f-Reihe, elements of the f-series, éléments de la série f, no metales de la serie f B 6 42 Al 8 26 2, 3, 4, 6, 7 *98.906 2172 4877 1.4 43 9 55.845 1535 2750 1.6 27 10 58.933 1495 2870 1.7 28 11 58.693 1453 2732 1.8 29 12 63.546 1083 2567 1.8 30 65.39 419.6 907 1.7 44 2, 3, 6 101.07 2310 3900 1.4 2, 3 45 102.91 1966 3727 1.5 2, 3 106.42 1552 3140 1.4 46 47 1, 2 107.87 961.9 2212 1.4 7 186.21 3180 5627 1.5 75 76 3, 4, 8 190.23 3045 5027 1.5 1, 2, 3, 4 77 105 106 2, 4, 7 *264.12 107 2, 3, 4, 6, 8 *269.13 108 192.22 2410 4130 1.6 1, 2, 3, 4, 6 109 *268.14 78 2, 4 195.08 1772 3827 1.4 Pt 110 2, 4 *271.15 79 3 69.723 29.78 2403 1.8 31 28.086 1410 2355 1.7 4 72.61 937.4 2830 2.0 138.91 921 3457 1.1 58 140.12 799 3426 1.1 59 140.91 931 3512 1.1 60 144.24 1021 3068 1.1 *146.92 61 1168 62 2460 1.1 150.36 1077 1791 1.1 63 151.96 822 1597 1.0 64 765 1.5 1, 2 2 196.97 1064 2807 1.4 200.59 80 –38.84 356.6 1.5 1, 3 *272.15 1, 2 277 157.25 1313 3266 1.1 3, 4 *232.04 1750 4790 1.1 3, 4 3 3 *227.03 1050 3200 1.0 *231.04 1600 *237.05 640 3902 1.2 2, 3 *244.06 641 3232 1.2 2, 3 *243.06 994 2607 ~1.2 *247.07 1340 1.1 **238.03 238.03 1132 3818 1.2 3 4 4, 5 3, 4, 5, 6 3, 4, 5, 6 3, 4, 5, 6 3, 4, 5, 6 N 33 O –2, –1 18.998 20.18 –188.14 4.1 –246.05 9 –219.62 10–248.67 F –1 32.066 Ne 30.974 44.1 280 2.1 16 112.8 17 –100.98 18 –189.2 –3, 3, 5 74.922 817 613 2.2 –2, 2, 4, 6 –1, 1, 3, 5, 7 78.96 79.904 34 217 35 –7.2 684.9 58.78 2.5 2.7 15 P 15.999 –218.4 –182.96 3.5 S 444.67 2.4 35.453 Cl –34.6 2.8 3 4 118.71 –3, 3, 5 121.76 –2, 4, 6 127.60 –1, 1, 3, 5, 7 114.82 112 In 2270 1.7 1750 1.8 990 2.0 184.4 2.2 2, 4 –3, 3, 5 208.98 271.3 1560 1.7 –2, 4, 6 *209.98 254 962 1.8 –1, 1, 3, 5, 7 81 Tl 2080 1.5 39.948 –185.7 Ar 83.80 36 –156.6 –152.3 2, 4 131.29 126.90 3 204.38 303.5 1457 1.4 1, 3 Sn Sb Te I 82 207.2 327.5 1740 1.6 65 158.93 1356 3123 1.1 83 Pb Bi 2, 4 Rf Db Sg Bh Hs Mt Uun Uuu Uub Lanthaniden 57 Lanthanides Lanthanide –195.8 3.1 –4, 2, 4 –3, 2, 3, 4, 5 Si 32 14.007 7 –209.86 8 He 17 Ga Ge As Se Br Kr 112.41 Au Hg 111 2 2467 1.5 16 48 320.9 49 156.6 50 232.0 51 630.7 52 449.5 53 113.5 54 –111.9 Nb Mo Tc Ru Rh Pd Ag Cd 73 C 15 12.011 3367 4827 2.5 26.982 Cr Mn Fe Co Ni Cu Zn 2, 3, 6 95.94 2617 4612 1.3 3 6 isotope le plus stable, isótopo más estable 54.938 1244 1962 1.6 25 10.811 2079 2550 2.0 13 660.37 14 7 51.996 1857 2672 1.6 14 *s tabilstes Isotop, most stable isotope, Hf Ta W Re Os Ir 89–103 104 13 (g/mol) Punto de ebullición ( C) Electronegatividad (Allred, Rochow) Niveles de oxidación 24 –268.93 Nichtmetalle, nonmetals, non-métaux, metaloides Numéro atomique Symbole de l’élément Masse atomique relative (g/mol) T empérature de fusion ( C) T empérature d’ébullition ( C) Electronégativité (Allred, Rochow) Niveaux d’oxydation Sc Ti V 3 4.0026 2 < –272.2 ° 3 P eso atómico relativo 4 Punto de fusión ( °C) ° 18 Metalle, metals, métaux, metales Atomic number Element symbol Relative atomic mass (g/mol) Melting point ( C) Boiling point ( C) Electronegativity (Allred, Rochow) Oxidations states 3, 5 84 85 *209.99 302 337 2.0 –107.1 Xe 2, 4, 6 *222.02 –71 86 –61.8 Po At Rn 2, 4, 6 –1, 1, 3, 5, 7 POST ER (100 x 68 cm) also availa available ble Order No. 4.03099.0001 162.50 66 1412 67 2562 1.1 164.93 1474 2695 1.1 68 167.26 1497 2900 1.1 69 168.93 1545 1947 1.1 70 173.04 819 1194 1.1 2, 3 *259 *2 59.1 .100 *262.11 2, 3 3 3, 4 *247.07 3 3 3 *251.08 *252.08 *257.18 2, 3 *258 *2 58.1 .100 ~1.2 ~1.2 ~1.2 ~1.2 ~1.2 ~1.2 3, 4 3, 4 3, 4 3 3 3 71 174.97 1663 3395 1.1 La Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho 90 91 92 93 94 95 96 97 98 99 1Er 00 1Tm 01 Yb 102 10 2 1Lu 03 Ac Th Pa U Np Pu Am Cm Bk Cf Es Fm Md No Lr Lantánidos Actiniden 89 Actinides Actinides Actínidos 3 3 2 3 e d . k c r e m y @ n m a i . r m r e a : G l i , a t m d a e t s , 3 m r a 3 D 8 9 1 1 7 1 2 7 4 5 6 1 , A 6 a 9 G 4 K + k + c : r e x a M F ...
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