16422 UOP max 2

1 IA    18 O

1766 3(2) 0.90% 259.32 U -252.88 ^M0,071 33 120 -38" 144*

2 IIA

UKŁAD OKRESOWY PIERWIASTKÓW Rok ockryco (rok patwuoffo LCIU /rMAyCh tfOlOpOo 0 MYBnacMnyCtl ^13 l,IA 14 IVA 15 VA 16 VIA

17 VIIA

1868 4i0) w He 0.126 140

1817 S€2> 0.15018% 180.5 1 j 1340 0.532 152 76"

1790 6|t. 0,0002% 126. D 2500 ^DŁ1,85 112 45" 27". • •

ZawartoSC w Q3*r«i aarstwtt Ze*r* . <i6Xmloo»1eiY • almoŁV*a * ry»osaerai TetrptrMtua topnlem* (“Cl TemperahirA wrzent* /* rC.p« 1 «mł. suWomcib S G^sloM (acm'. 25“Q ' SW po Iknplenlu w Ictroer&jezc uranj

1789 26111 0.00023% 1135 .1 3930 ^U19.05 138 73" 103"

im o otrętu* potrwam* ponad i mld tu) S>tr®ol chem*czny |: ■ mioyai ot-.-,**-. ■ ■. crtcJdiptn/o, 10'iji •. Promień ułomu: mołalczny l-owionc-yny : • *\ ftcnwne |onowe (om). Lactunc* fonu « wskatnfc górny. Laba koorc*nac»na \ wskatnfc OcTny (pomtany (elb Ik -6) \ Liczba matowa Okres pMraano c glOany pioOaM ro/padu no|bii*ar*q (Kugorycioacgo nau-aneoo tub "njwazn-r.szoęo >zolopu prorricnotwoiczcgo 7 VIIB 8 VIII 9 VIII 10

Ładunek elektronu •: 1.6021764910”C Wata MaMronu m,: 9.1093822 10'*’kg Mni protonu r\: 1.67262164 10 ” kg -1636.152672 m, Wata noutroou nv. 1.67492721 10 ” kg -1638683661 m» 1/12 maty atomu ^,łC <1 u): 1.6605387610” kg VIII 11 IB 12

IIB

jaoe i0(2i 0.0009% D 3700 “ 2.35 81 11**« 190

staro* 14(2. 0.018% 3B50 p 35COS ^ 2.27 77 15". 170

1772 14(2. 0.0019% 2100 Ul -1950 0.808 70 13" 150

1771 13|3l 45.0% -218.78 ft -182.96 7.747 66 i40» 140 *1229(00-)

7886 15(1| u, .i -219.7 p -188.1 ‘ 7.57 64 133’ 140 ♦ 2.918(0 1 )

1896 16(3: Ne -246.05 1.20 150

1807 17 1. ™Na 0.97 186 102" . ■. • ’

1803 17 3, 2,74% Siś, Mg 1.74 160 72" ■ ' ••

-• •• : .. i / / iwoliyt.8ij<ł»ie«ifccjU^5-»3o -\r Wyro*/tcro makcgo a«Xiroda<>« nw*o»v w woaowthuopH-0 no roakejl A».0,♦ 6H • -2At * 3H,0 od pog ada E’ - • 0.2J4 V 3 IIIB 4 IVB 5 VB

6 VIB

7825 18)1) 822% ^::32 a| 2520 2,70 143 53 5" '^l 1.696(3*, ^

1823 23(3) 27.0% 1417 Cj 3260 2,329 118 26". 210

1669 19|1l 0.11% 280 5 P 1.823 110 180 44" 17".

siaro*. 23(4, 0,040% 119.6 C 444.60 ^J2.07 104 180 184’ 12". :•

1774 23(2 0.19% Cl -34.04 1,65 99 175 181' 27" *1.380 (0'T -)

1894 23(3 0(00081 169 33 Ąr -185.86 ^nT 1.40 ISO

1807 22(3) 1.82* 1/ 757 ^ 0.66 227 l»" -2*8(410)

1808 23|6: 4.62% Ca 1490 1.55 197 100** 112", 2.86 !*20}

1879 24i1i 00025% 164 r 2750 299 164 74j" 2.077 0-,©)

1791 2551 0.63% 1669 Jj 3330 ^1 14.50 146 805" 67" 121 P*0)

1801 23!2, 0.013% 1950 %/ 34C0 ^v6.11 133 54" 79*' 1.1 • •

1797 26|4| 0.0121% 1910 /■%, 2/03 7.17 125 8i" 28**. 0,744 (3.10) 0.90(2* o;

1774 26(11 0.106% » Mn 7.47 137 83" 25". -1.18(2*0)

Staro* 27(4: S Fe 7,87 124 8*5" 71" 0 44(240) • 0.771 (3*2*1

1735 261 0,0029% 1495 C(. 3100 '“^U8.90 125 74" 61" 0.277(24 0)

1751 29|5, 0.0099% » Ni 8.91 124 OT^1- 60" ,

slaroż. 27(2) 0.0068% 7S7C '-^u8 93 128 73^ł* 77" *0.337 a -.O) • 0.161 (2*'l*)

mw. 28)51 0.0078% ^4,9 Zn 907 ^Z-^11 7.14 133 74" » ma “u -0.7626 04,0)

1875 25(2) 0,0019% Ca 5.90 135 19*3 82" •

1886 27(5 0,00015% -^3o C.p 2850 5.323 122 53" 73" 0.08(4401

Sroab. 24(1) 0.00018% ^017 As 603 ™ 5.78 120 180 58" 46" *0.234(3*,O)

1817 26|6i 5 10*% »5 Se 481 116 190 «ŃP 5C" 067 00 )

182$ 27(2) 0.00025% if Br 3.13 114 165 198‘ 31**, 41.077(03-)

1898 31 (6 2 10*% ,37 I/r -153.4 *^V' 2.16 120 190

1661 3i;7. 0.0078% m Rb 1.53 248 152" 181", ■2.943 I* 1 A}

1787 30|4i 0,038% 777 C 1381 *^3r2.83 215 118" 128".

1794 31(11 1522 V 3300 ^14.47 180 W" 2.372 (3*.0)

1789 27(5 0.016% !“? Zr 4300 6.51 180 •V"

1801 30(1) 0.0020% Nh *800 6.58 143 •4" 72" -1.10(34/0) -0.85(54/01

1778 27(71 0.00012% Mo 4703 ^,VIU 1025 137 W" 96"

1937 3210: 5 10 ’*% 4600 TC 11.48 138 37* *, 64 i" •0272(4-01

1844 31(7! 2334 O,. 4050 ^KU12,41 134 58" 62" 4066 (440) 4104(840)

1803 33(1) '964 nu 3760 ^Kn12.40 134 M.5" 60"

1803 3016) I. 5 10*% 1554 9 OJ 2940 ^ro II. 99 137 8#" 61.5" .0.915 (2* /O) . 1263(4*04)

8laro2 37 8 10*% Ap 2155 ^M5 10,50 144 115" 97", #0(7982 (1*0)

1817 38(8; 0.000016% Cd 8.65 149

1863 39(2 0000021% » l» 7.30 167 80"

siaroź. 39)10: 0.00021% Sn 2610 -^3*^1 7.28 140 118" 88"

siaro*. 33(2) 0.00002% s; sb 6.69 145 TS*' 60^5* *0 1504 (3-,O)

1782 3318) 2 10 ^r% Hi Te 623 137 205 221" 97"

1811 36(1: 0.000046% 113.6 1 1852 ^14.9-1 133 193 220' 95"

1890 38(9 m.8 Vp -108.1 2.90 130 210 4^’. ♦2.121640|

1860 40! 1> 0,00026% 666 1.90 287 167"

1774 41(7i 0.009% iioo Ba 3.62 219 135" -2,91 (*2.0;

La-Lu

1922 34(6! 0,00028% uf 47C0 13.29 159 76" 144 (4-.Ol

1802 34(2. 0.00017% 3022 T% 5530 ^,d16.65 143 84" 08 (54/01

1781 3415 0.00012% 342: *ai 5700 *^v1927 137 4 . -0,090 164/0!

1925 33121 7 10*% Rp 5700 21.0 137 3»". 63" 4022(44,0)

1803 36(7; 5 10'% Os 5030 22,57 13S 63" 36". 4085(840)

1803 35(2) 10 ^r% 4550 l^r 22.61 138 63" 68" ♦ 1.15813401

1677 37|6, 10*% 17ń9.4 pt 4170 ^rl2V46 138 62.6" 80" ■

staro*. 36|1i 4 10 % AU 1928 144 8S** 137"

staro* 39(71 8 10*% mS Hg 13.5336 150 118" •    D1 :5(2* ■ •    0 7960(1*0)

1861 35(2 0.00007% Tl 1460 ^1 1 11,86 170 ISO* 69*' 0 3363(1*0) * 128 (34/1*1

staro* 3614 0.0013% Ph 1756 ^rU 11,34 176 lit** 77.5" 4 1.68(44(24)

XV w 3S|1) 8 10 '% 271,4 r: 1564 9.81 155 117", 78" .0,317(3.,O) *0.378 (34,0)

1898 32(0) 2 10 ’*% £ Po 9.14 167 W" 67" 77) 10*4 ^mn ■ ■

1940 32(0 10 ^N% Al 82" '♦0.2 (0,1 1

1899 34,0 6 10‘*% Rn 4,4 145 220 m lKl«^r**

1939 3410) 10^ł* % Fr 180"

1893 34)0 1700 5.50 223 i«". ''2.W(i2'0:

Ac-Lr

1969 13(0 Rf 74"

1970 11(0) Db 84"

1974 9|0 Sg eo"

1976 8IOi Bh

1984 9)0 Hs

1962 5(0) Mt

1994 7(0) Ds

1994 4|0' Rg

1996 5|0i Uub

2004 3(0, Uut

1999 SiO Uuq

2004 2(01 Uup

2030 4|0 Uuh

Uus

2002 X0) Uuo

1839 37(2| 00035% ^920 la ^Ld 615 187.0 l»2" 116".

1803 36.4 0.0066% ^793 Ce 3470 ^V'^C6.77 182.5 101.0" 87" ♦ 1.72 (4*04) -2.4830*0)

1885 37(1, 0.00091% Pr 3020 ^r* 6.77 182.4 99.0" *6". UJ 11.44 '“kt 2.4«2 0*.01

1885 35(7| 0,0040% Nd 7.00 181.4 ....

1945 36|0i Pm 724 183.4 ' 2423 0 * 0)

1879 36(71 0 O0O7‘. S Sm 7.52 180.4 OT.8" irr", -2.414 04,OJ

1901 37(2) 0.00021% S, Eu 5,24 204 94.7" 117"

1883 35(7, 0.00061% 3003 Cd 7.69 178.7 «V' -7.397 (3* 0)^T

1843 35|1) 0.00012% 2SOO Tb 823 176,3 923" 76" . i.

1886 34(7) 0.00045% i Dy 8.56 175.2 91.2"

1879 36(1) 0.00014% 3000 HO 8.79 174.3 90 0" -2019 0*0)

1843 33*!6 0.00035% 1529 r 29CO 9.07 173.4 MO"

1879 36)1, 0.00005% 1730 9.32 172A MO" 2.278 1340)

1878 34(7) 0.00031% 819 Yh 1430 ^,U6 97 194.0 Me" iu". 1,060*04) 2.207 |3 • V:

1905 35(2; 0 03008% Lu 3300 ^LU9.84 171.8 Ml" 2255 0*0)

Słan Pnpwno 60* □ □ UUotula n, nc clrrymar—

1899 31101 6 10"'*% Ar (3200) ^rys~ 10.1 188 112*'

1828 30(1i 0.00081% Th 4600 ^1 11 11.78 160 94" 108". ’ -1.83(4.' 0) ‘

1913 29(0 9 10”% 1552 4200 ^rd 15.4 150 78" 94" ‘-1.46(4*0)

1789 26(11 0.00023% 3930 U 19.05 138 73" 103"

1940 20|0i 4 10 ”% So Np 20 45 155 74" 101*'

1940 20l0i 2 10'*% SL Pu 3300 ^1 19.86 159 66" 100" 2,031 0*,0)

1944 19(0) 36oo Am 13,78 173 97.5*' es*' '-238(3.0?

1944 2V0; 3^rS Cm 135 174 97" 85*' '* 2 (0 (3*01 '

1949 20|0) >os° Rk 2603 ^DK140 172 S6" 83" '

1950 20(01 S^0™ cf 9.3 199 95" 92".

1952 17(01 Fs 1500 86 203 9J" 1.980*,09

1953 19(0 Fm 91A" -V9ł(3*0)

1955 1610 Md 903" HO"

1958 14|0l No 89.4" 110"

ok 1961 12(0) Lr at>-