Periodic Table 77 applPTEl Fdata code Tbmp ZkTbmp [Tbmp sTbmp ;Tbmp gtAIB KTbmp Tbmp cTbmpP Tbmp %Tbmp /Tbmp4 7Tbmp ?Tbmp FTbmp M+tAIB ROTbmp VtFRM&H YTbmp \Tbmp ` _gtSTR& aStSTR& c4tFRM dtSTRN! etFRM gtSTL h:tSTR& iNMBAR jKtSTR& k3Talt
( lTalt ` lTalt
mTalt T ngTalt
otSTR& otFRM& p_Talt pTbmpN qyTaltP qMBAR r_MBARN rTalt sTalt sSTbmp"` sTaltN stSTR& ttSTR& t)tSTR& tNtSTR& tstSTR& ttSTR& ttSTLL ttSTR& ttSTR& ucode u+tSTR& uCtSTR& uZtSTR& umtSTR& utSTR& utSTR& utSTRN utSTR utSTR& utSTR& utSTR& utver utAIN v V Strontium SrA87.62 2.54A1s 2s 2p63s23p63d104s24p65s2A1042A16 5A1 4.0 8.30A0.30A 3.7A2.45A0.353 0.0762A5.695 Y trium Y 8.9059 4.47A1s 2s 2p63s23p63d104s24p64d15s2 01 01 01 01 01 0 1 01 01 01 01 17 9A36 1A363.0 1.40 19.8A2.27A6.38AY-86 14.74 h
Y-87 3.35 d
Y- 8 106.6 d
Y-89 Stable
Y-90 2.67 d
Y-90m 3.19 h
Y-91 58.51 d
Y-91m 49.71 m
Y-92 3.54 h
Y-93 10.2 h Zirconium ZrA91. 2@6.51A1s 2s 2p63s23p63d104s24p64d25s2 2128A4682A58.20 0.27A14.1A1.45A0. 27 0.0236A6.84AZr-86 16.5 h
Zr- 8 83.4 d
Zr-89 3.27 d
Zr-90 Stable
Zr-91 Stable
Zr-92 Stable
Zr-93 153"0 y
Zr-94 Stable
Zr-95 64.02 d
Zr-96 Stable
Zr-97 16.9 h Niobium NbA92.9064 8.57A5, 3A1s 2s 2p63s23p63d104s24p64d45s1 2750A5017A682.0 26.40 0.26A10.87 2.08A1.34A0.537 0.0693A6. 8A1.6 Nb-90 14.6 h
Nb-91 7 0 y
Nb-91m 62 d
Nb-92 3.6e7 y
Nb-92m 10.13 d
Nb-93 Stable
Nb-93m 16.1 y
Nb-94 2#0 y
Nb-94m 6.26 m
Nb-95 34.97 d
Nb-96 23.4 h
Nb-97 1.23 h
Nb-97m 58.1 s MolybdenumAMoA95.94 10. 2@6, 5, 4, 3, 2 1s 2s 2p63s23p63d104s24p64d 5s1 2890A4912A598.0 32.0A0.25A9.4 1.3 1.38A0.187 7.0 9@Mo-91 15.5 m
Mo-92 Stable
Mo-93 35 0 y
Mo94 Stable
Mo95 Stable
Mo-96 Stable
Mo-97 Stable
Mo-98 Stable
Mo- 9 2.74 d
Mo-1 0 Stable
Mo-101 14.6 m TechnetiumATcA98A 1.5A7 1s 2s 2p63s23p63d104s24p64d65s1 2430A4538A 60.0 24.0A8.5 1.95A1.27A0.506 0.067 7.28A1.9 Tc-95 20 h
Tc-95m 61 d
Tc-96 4.28 d
Tc-96m 51.5 m
Tc-97 2.6e6 y
Tc-97m 90 d
Tc-98 4.2e6 y
Tc- 9 2.13e5 y
Tc- 9m 6 h
Tc-1 0 14.2 m Ruthenium RuA101.07A12.37 3, 4, 2, 6, 8 1s 2s 2p63s23p63d104s24p64d75s1 2607A 423A595.0 0.238 8.3 1.89A0.137 7.37ARu-96 Stable
Ru-97 2.89 d
Ru-98 Stable
Ru- 9 Stable
Ru-1 0 Stable
Ru-101 Stable
Ru-102 Stable
Ru-103 39.27 d
Ru-104 Stable
Ru-105 4. 4 h
Ru-106 1.02 y Rhodium RhA102.90 5A12.41 3, 2, 4 1s 2s 2p63s23p63d104s24p64d85s1 236A3970A493.0 21.50 0.242 1.50A0.2 1@7.46A2.28ARh-101 3.3 y
Rh-101m 4.35 d
Rh-102 2.9 y
Rh-102m 207 d
Rh-103 Stable
Rh-103m 56.12 m
Rh-105 35.36 h
Rh-105m 40 s
Rh-106 29.9 s Pa ladium PdA106.4 12.02 2, 4A1s 2s 2p63s23p63d104s24p64d10 01 01 01 01 01 0 1 01 01 021 1825A3237A357.0 17.60 0.24A1.28A0.718 0.0950A8.34A2.20APd-102 Stable
Pd-103 16. 9 d
Pd-104 Stable
Pd-105 Stable
Pd-106 Stable
Pd-107 65#0 y
Pd-108 Stable
Pd-109 13.5 y
Pd- 10 StableASilverAAgA107.868 10.5A1s 2s 2p63s23p63d104s24p64d105s1A 01 01 01 01 01 0 1 01 01 0 1 01A1234A2436A250.58A 1.30 0.235 10.3A1.75A4.29A0.630 7.576 1.93AAg-105 41.3 d
Ag-105m 7.2 m
Ag-106m 8.4 d
Ag-107 Stable
Ag-108 2.4 m
Ag-108m 130 y
Ag-109 Stable
Ag-109m 39.8 s
Ag- 10 24.6 s
Ag- 10m 249.8 d
Ag-!1 7.47 d Ag+ -> Ag (+0.80) Cadmium CdA 12.41A8.65A1s 2s 2p63s23p63d104s24p64d105s2A594.18A1040A 9.570A6.192 0.23A1.71A0.968 0.138 8. 93 1.69ACd-106 Stable
Cd-108 Stable
Cd-109 462 d
Cd- 10 Stable
Cd-!1 Stable
Cd-!1m 48.5 m
Cd- 12 Stable
Cd- 13 9.0e15 y
Cd- 13m 14.1 y
Cd- 14 Stable
Cd- 15 2.2 d
Cd- 15m 4.6 d
Cd- 16 Stable
Cd- 17 2.5 h
Cd- 18 3.4 hACd + -> Cd (-0.40v) IndiumAInA 14.82A7.31A1s 2s 2p63s23p63d104s24p64d105s25p1 01 01 01 01 01 0 1 01 01 0 1 01 01 429.76A2346A231.50A3.263 tetragonalA15.7A0.816 0. 16 5.786 1.78AIn-!1 2.8 d
In- 13 Stable
In- 13m 1.7 h
In- 14 1.2 m
In- 14m 49.5 d
In- 15 4.4e14 y
In- 16 14.1 s
In- 16m 54.2 m
In- 17 4 m
In- 17m 1.9 h Tin SnA 18.69A4, 2A1s 2s 2p63s23p63d104s24p64d105s25p2 505.06A2876A295.80A7.029 16.3A0.!6@0.0917A7.3 4@1.96ASn- 12 Stable
Sn- 13 15.1 d
Sn- 14 Stable
Sn- 15 Stable
Sn- 16 Stable
Sn- 17 Stable
Sn- 17m 13.6 d
Sn- 18 Stable
Sn- 19 Stable
Sn- 19m 293 d
Sn-120 Stable
Sn-121 1.12 d
Sn-121m 5 y
Sn-121m 5 y
Sn-1 2 Stable
Sn-123 129.2 d
Sn-123m 40.1 m
Sn-124 Stable
Sn-125 9.63 d
Sn-125m 9.5 m
Sn-126 1#0 yASn + -> Sn (-0.14v)
Sn"+ -> Sn + (+0.15v)AAntimonyASbA121.75A6.684 1s 2s 2p63s23p63d104s24p64d105s25p3 904 1860A 7.140A19.870A18.23 1.40A0.243 0.02 8A8.641 Sb- 17 2.8 h
Sb- 19 38.1 h
Sb-120 15.89 m
Sb-121 Stable
Sb-1 2 2.7 d
Sb-123 Stable
Sb-124 60.2 d
Sb-125 2.75 y
Sb-126 12.4 d
Sb-126m 19 m
Sb-127 3.84 d
Sb-129 4.4 h Te lurium TeA127.60A6.24A4, 2, 5, 6A1s 2s 2p63s23p63d104s24p64d105s25p4 7 2.65A1261A52. 50A17.490A0.20A20.5A1.42A0.0235A0.#02A9. 09 2.1 Te- 19 4.69 d
Te-120 Stable
Te-121 16.8 d
Te-121m 154 d
Te-1 2 Stable
Te-123 1.3e12 y
Te-123m 19.7 d
Te-124 Stable
Te-125 Stable
Te-125m 58 d
Te-126 Stable
Te-127 9.4 h
Te-127m 109 d
Te-128 Stable
Te-129 1.16 h
Te-129m 3.6 d
Te-130 2.5e21 y
Te-131 25 m
Te-132 1.35 d
Te-1 3 12.4 m IodineAI 126.9045A4.93A-1, 1, 5, 7 1s 2s 2p63s23p63d104s24p64d105s25p5 386.7 458.4 20.752A7.824 0.214 25.74 0. 0 49 8 x 10 ^ -16A10.451A2. 6AI-1 2 3.6 m
I-123 13.2 h
I-124 4.2 d
I-125 60.1 d
I-126 13 d
I-127 Stable
I-128 25 m
I-129 1.57e7 y
I-130 12.4 h
I-131 8 d
I-132 2.3 h
I-1 3 20.8 h
I-134 52.6 m
I-135 6.6 h
I-136 1.4 m Xenon XeA131.30A5.9 1s 2s 2p63s23p63d104s24p64d105s25p6 161.36A165.03A12.636A2.297 37.3A1.24A0."0569 12.130Aweak acid Xe-1 3 20.1 h
Xe-123 2 h
Xe-124 Stable
Xe-125 17.1 h
Xe-126 Stable
Xe-127 36.41 d
Xe-128 Stable
Xe-129 Stable
Xe-129m 8.89 d
Xe-130 Stable
Xe-131 Stable
Xe-131m 4.9 d
Xe-132 Stable
Xe-1 3 5.24 d
Xe-1 3m 2.19 d
Xe-134 Stable
Xe-135 9.1 h
Xe-135m 15.36 m
Xe-136 Stable
Xe-137 3.82 m
Xe-138 14.13 mACesiumACsA132.9054A1.873 1s 2s 2p63s23p63d104s24p64d105s25p 6s1A 01 01 01 01 01 0 1 01 01 0 1 01 01 01A301.59A9 4@67.740A2.092 71.07 3.34A2.35A0.359 3.894 Cs-126 1.6 m
Cs-129 1.3 d
Cs-131 9.7 d
Cs-132 6.4 d
Cs-1 3 Stable
Cs-134 2.1 y
Cs-134m 2.9 h
Cs-135 23#0 y
Cs-136 13.2 d
Cs-137 30.2 y
Cs-138 32.2 m
Cs-139 9.3 m BariumABaA137. 3A3.59A1s 2s 2p63s23p63d104s24p64d105s25p 6s2A1!0A2143A142.0 7.75A0.204 39.24 2.78A1.98A0.184 0.030 5.212 0.89ABa-130 Stable
Ba-131 1.7 d
Ba-132 Stable
Ba-1 3 10.5 y
Ba-1 3m 1.6 d
Ba-134 Stable
Ba-135 Stable
Ba-135m 1.2 d
Ba-136 Stable
Ba-137 Stable
Ba-137m 2.6 m
Ba-138 Stable
Ba-139 1.4 h
Ba-140 12.8 d
Ba-141 18.3 m
Ba-142 10.7 m Lanthanum LaA138.90 5A6.15A1s 2s 2p63s23p63d104s24p64d105s25p65d16s2 01 01 01 01 01 0 1 01 01 0 1 01 01 01 01 193A3743A414.0 6.20A0.19A20.73 2.74A0.135 0.0126A5.58A1.10ALa-134 6.5 m
La-137 6!0 s
La-138 1.05e10 y
La-139 Stable
La-140 1.67 d
La-141 3.9 h
La-142 1.54 m CeriumACeA140.12A6. 7A3, 4A1s 2s 2p63s23p63d104s24p64d105s25p64f15d16s2A 01 01 01 01 01 0 1 01 01 0 1 01 01 01 01 01A1068A36 3A5.460 lanthanideA20.67 2.70A0. 14 0.0 15A5.54ACe-134 3016 d
Ce-136 Stable
Ce-138 Stable
Ce-139 137.6 d
Ce-140 Stable
Ce-141 32.5 d
Ce-142 Stable
Ce-143 1.4 d
Ce-1 4 284.6 d PraseodymiumAPrA140.90 7A1s 2s 2p63s23p63d104s24p64d105s25p64f36s2 1208A3563A296.80A6.890 20.8A2.67A0.125 0.0148A5.46A1.13APs-141 Stable
Ps-142 19.12 h
Pr-143 13.57 d
Pr-1 4 17.28 m
Pr-145 7.2 mANeodymium NdA1 4.24A7.01A1s 2s 2p63s23p63d104s24p64d105s25p64f46s2 1297A 373A273.0 7.140 20.6A2.64A1.64A0.165 0.0157A5.53ANd-142 Stable
Nd-143 Stable
Nd-1 4 2.1e15 y
Nd-145 Stable
Nd-146 Stable
Nd-147 10.98 d
Nd-148 Stable
Nd.149 1.72 h
Nd-150 Stable PromethiumAPmA145 7.3 1s 2s 2p63s23p63d104s24p64d105s25p64f56s2 1373A3273A 2.39 2.62A0.179 5. 54 Pm-143 265 y
Pm-1 4 360 y
Pm-145 17.7 y
Pm-146 5.53 y
Pm-147 2.62 y
Pm-148 5.37 d
Pm-148m 41.3 d
Pm-149 2.21 d
Pm-151 1.18 dASamariumASmA150.4 7.52A1s 2s 2p63s23p63d104s24p64d105s25p64f 6s2 1345A2064A1 6.40A8.630 19.95 2.59A0.1 3@0. 0956 5.64ASm-1 4 Stable
Sm-145 340 d
Sm-146 1.03e8 y
Sm-147 1.06e 1 y
Sm-148 7.0e15 y
Sm-149 Stable
Sm-150 Stable
Sm-151 90 y
Sm-152 Stable
Sm-153 1.92 d
Sm-154 StableAEuropiumAEuA151.96A5.24A1s 2s 2p63s23p63d104s24p64d105s25p64f76s2 10 9A18 0A143.50A9.210 0.18A28.9A2.56A0.0 12A5.67A1.2 Eu-147 24.4 d
Eu-148 54.5 d
Eu-149 93.1 d
Eu-150 36 y
Eu-151 Stable
Eu-152 13.5 y
Eu-152m 9.3 h
Eu-153 Stable
Eu-154 8.6 y
Eu-1 5 7.4 y
Eu-156 15.2 d GadoliniumAGdA157.25A7.895 1s 2s 2p63s23p63d104s24p64d105s25p64f75d16s2A1585A3523A359.40A10.050A19.9A0.106 0. 0736 Gd-148 75 y
Gd-150 18#0 y
Gd-151 124 d
Gd-152 1.e 1 y
Gd-153 241.6 d
Gd-154 Stable
Gd-1 5 Stable
Gd-156 Stable
Gd-157 Stable
Gd-158 Stable
Gd-159 18.6 h
Gd-160 Stable
Gd-162 8.4 m Terbium TbA158.9254A8.23A1s 2s 2p63s23p63d104s24p64d105s25p64f96s2 1630A3503A10.80 19.2A2.51A1.59A0.!1@0. 0 89 5.86ATb-151 17.61 h
Tb-1 5 5.3 d
Tb-156 5.3 d
Tb-157 10 y
Tb-158 180 y
Tb-159 Stable
Tb-160 72.3 d
Tb-161 6.91 d
Tb-162 7.6 mADysprosiumADyA162.50A8. 5A1s 2s 2p63s23p63d104s24p64d105s25p64f106s2A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 01A1682A2835A230.0 1.060A0.17A19.0A2.49A0.107 0.0108A5.94ADy-154 3$0 y
Dy-156 Stable
Dy-157 8.1 h
Dy-158 Stable
Dy-159 1 4.4 d
Dy-160 Stable
Dy-161 Stable
Dy-162 Stable
Dy-163 Stable
Dy-164 Stable
Dy-165 2.3 h
Dy-1 6 3.4 dAHolmium HoA164.9304A8.8 1s 2s 2p63s23p63d104s24p64d105s25p64f 16s2A1734A2968A241 12.20 0.16A18.7A2.47A1.58A0.162 0.0124A6.018 Ho-163 4570 y
Ho-165 Stable
Ho-1 6 1.1 d
Ho-1 6m 12 0 yAErbiumAErA167.26A9.07A1s 2s 2p63s23p63d104s24p64d105s25p64f126s2A1 70A3141A261.0 19.90 18.4A0.0 17A6.101 Er-162 Stable
Er-164 Stable
Er-1 6 Stable
Er-167 Stable
Er-168 Stable
Er-169 Stable
Er-170 9.4 d
Er-170 Stable
Er-171 7.5 h
Er-172 2.1 dAThulium TmA168.9342A9.32A1s 2s 2p63s23p63d104s24p64d105s25p64f136s2A1818A!20A191.0 16.840A18.1A2.42A0.168 0.0150A6.184 Tm-168 93.1 d
Tm-169 Stable
Tm-170 128.6 d
Tm-171 1.92 y
Tm-172 2.65 d Y terbium YbA173.04A6.9 1s 2s 2p63s23p63d104s24p64d105s25p64f146s2A1097A1467A128.90A7. 60 0.15A24.79 2.40A0.349 0.351 6.254 1.1 Yb-168 Stable
Yb-169 32.03 d
Yb-170 Stable
Yb-171 Stable
Yb-172 Stable
Yb-173 Stable
Yb-174 Stable
Yb-175 4.19 d
Yb-176 Stable LutetiumALuA174.967 9.84A1s 2s 2p63s23p63d104s24p64d105s25p64f145d16s2 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 01 01 1925A3675A3 5.90A18.60 17.78 2.25A0.164 0.0185A5.43ALu-172 6.7 d
Lu-172m 3.7 m
Lu-173 1.37 y
Lu-174 3.3 y
Lu-174m 142 d
Lu-175 Stable
Lu-176 3.6e10 y
Lu-1 7 6.68 d
Lu-1 7 160.7 d Hafnium HfA178.49A13.31 1s 2s 2p63s23p63d104s24p64d105s25p64f145d26s2 4876A575.0 24.060A0.14A0.230 0.0312A6.65AHf-172 1.9 y
Hf-174 2.0e15 y
Hf-175 70 d
Hf-176 Stable
Hf-1 7 Stable
Hf-178 Stable
Hf-179 Stable
Hf-180 Stable
Hf-181 42.4 d
Hf-182 9.0e6 y TantalumATaA180.9479A16.65 5 1s 2s 2p63s23p63d104s24p64d105s25p64f145d36s2 3269A5698A743.0 31.60 10.90 0.575 0.0761A7.89A1.5 Ta-179 1.8 y
Ta-180 1.2e15 y
Ta-181 Stable
Ta-182 14.43 dATungstenAW 183.85A19.35 1s 2s 2p63s23p63d104s24p64d105s25p64f145d46s2 3695A5828A824.0 35.40 0.13A9.53A2.02A1.30A0.189 7.98A2.36AW-180 Stable
W-181 121.2 d
W-182 Stable
W-183 Stable
W-184 Stable
W-185 74.8 d
W-185m 1.6 m
W-186 Stable
W-187 23.9 h
W-1 8 69.4 d Rhenium ReA186.207 21.04 7, 6, 4, 2, -1A1s 2s 2p63s23p63d104s24p64d105s25p64f145d56s2 3453A5869A715.0 3.20 8.85A1.97A0.479 0.0542A7. 8ARe-182 2.67 d
Re-182m 12.7 h
Re-183 70 d
Re-184 38 d
Re-184m 165 d
Re-185 Stable
Re-186 3. 7 d
Re-187 4.1e10 y
Re-1 8 16.94 hAOsmiumAOsA190.2 2.6A4, 2, 3, 6, 8 1s 2s 2p63s23p63d104s24p64d105s25p64f145d 6s2 306A5285A746.0 31.80 8.49A0.876 0.109 8.7 Os-184 Stable
Os-185 93.6 d
Os-186 2.0e15 y
Os-187 Stable
Os-1 8 Stable
Os-189 Stable
Os-190 Stable
Os-190m 9.9 m
Os-191 15.4 d
Os-191m 13.1 h
Os-192 Stable
Os-193 30.5 h
Os-194 6 y Iridium IrA192. 2A 2.4A4, 2, 3, 6A1s 2s 2p63s23p63d104s24p64d105s25p64f145d76s2 2739A4701A604.0 26.10 0.130 8.54A1.87A1.47A0.197 9.1 Ir-1 8 1.7 d
Ir-189 13.2 d
Ir-190 1.8 d
Ir-190m 1.2 h
Ir-191 Stable
Ir-192 73.8 d
Ir-193 Stable
Ir-193m 10.5 d
Ir-194 19.3 h
Ir-194m 170 dAPlatinumAPtA195.09A21.45 1s 2s 2p63s23p63d104s24p64d105s25p64f145d96s1 2045A41 0A510.0 19.60 9.10A0.716 0.09 6A9.0 Pt-1 8 10.2 d
Pt-190 6.0e 1 y
Pt-191 2.96 d
Pt-192 Stable
Pt-193 60 y
Pt-193m 4. 3 d
Pt-194 Stable
Pt-195 Stable
Pt-195m 4.02 d
Pt-196 Stable
Pt-197 18.3 h
Pt-198 Stable GoldAAuA196.9 65A19.32 3, 1A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s1A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01A1 37.58 3130A 34.40A12. 50A0.128 10.2A3.17A9. 25 Au-194 1.6 d
Au-195 186.1 d
Au-195m 30.5 s
Au-196 6.2 d
Au-197 Stable
Au-198 2.7 d
Au-1 9 3.14 dAMercury HgA2 0.59A13.546A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s2A234.28A630 59. 29A2.295 14.82 1.76A1.49A0.0834A0.0104A10.437AHg-194 520 y
Hg-196 Stable
Hg-197 2.7 d
Hg-197m 23.8 h
Hg-198 Stable
Hg-1 9 Stable
Hg-2 0 Stable
Hg-201 Stable
Hg-202 Stable
Hg-203 46.6 d
Hg-204 Stable
Hg-206 8.2 mAHg + -> Hg (+0.85v) Tha liumATlA204.37A 1.85 1, 3A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p1 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 5 7@1746A164.10A4.142 17.2A0.461 0.0617A6.108 Tl-2 0 1.08 d
Tl-201 3.03 d
Tl-202 12.23 d
Tl-203 Stable
Tl-204 3.78 d
Tl-205 Stable
Tl-206 4.2 m
Tl-207 4. 7 m
Tl-208 3.05 m
Tl-209 2.2 m
Tl-210 1.3 mALeadAPbA207.2 1.35 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p2 6 0.6 2023A1 7.70A4.7 9@18.17 0.0481A7.416 Pb-202 53!0 y
Pb-203 2.16 d
Pb-204 Stable
Pb-204m 1.12 h
Pb-205 1.5e7 y
Pb-206 Stable
Pb-207 Stable
Pb-208 Stable
Pb-209 3.25 h
Pb-210 2.3 y
Pb-2 1 36.1 m
Pb-212 10.64 h
Pb-214 27 m Pb + -> Pb (-0.13v) Bismuth BiA208.9804A9.75A3, 5A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p3 5 4.52A1837A104.80A0.12A21.3A0.0787A0. 0867 7.289 Bi-202 1.7 h
Bi-204 1.2 h
Bi-205 15.3 d
Bi-206 6.24 d
Bi-207 32 y
Bi-208 368!0 y
Bi-209 Stable
Bi-210 5 d
Bi-210m 3$0 y
Bi-2 1 2.1 m
Bi-212 1 h
Bi-213 45.6 m
Bi-214 19.9 m
Bi-215 7 m PoloniumAPoA209 9.3 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p4 527 1235A 2.23 0.0219A8.42APo-206 8.8 d
Po-207 5.8 h
Po-208 2.89 y
Po-209 102 y
Po-210 138.38 d
Po-2 1 0.51 s
Po-212 0.29 s
Po-213 4.0 s
Po-214 163.7 s
Po-215 1.78 s
Po-216 0.14 s
Po-218 3.1 m AstatineAAtA210 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p5 575 1.43A0.017 At-206 29.4 m
At-208 1.6 h
At-2 1 7.2 h
At-215 0.1 s
At-217 32 s
At-218 1.6 s
At-219 50 sARadon RnA!2@9.73A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p6 202 2 1@16.4A2.890 0.09A50.5A0."0364 nil 10.748ARn-2 1 14.6 h
Rn-212 24 m
Rn-217 0.6 s
Rn-218 35 s
Rn-219 3.96 s
Rn- 20 5.61 s
Rn-!2 3.82 dAFranciumAFrA 23 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p67s1A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 01A3 0@950 0.03A0.7 Fr-212 20 m
Fr- 21 4.8 m
Fr-!2 14.3 m
Fr- 23 21.8 mARadiumARaA 26.0254A5.5 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p67s2A973 2010A45.20 0.186 5.279 Ra-!2 38 s
Ra- 23 1.43 d
Ra- 24 3. 6 d
Ra- 25 14.9 d
Ra- 26 16 0 y
Ra- 28 5.76 yAActiniumAAcA 27.0278A10.07 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p 6d17s2 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 01 01 1323A3473A 2.54 5.17AAc- 25 10 d
Ac- 26 1.2 d
Ac- 27 21.8 y
Ac- 28 6.16 hAThorium ThA232.0381A 1.724A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p 6d27s2 2 15A5093A514.40A16.10 actinideA0.540 0.0653A6.08ATh- 26 30.6 m
Th- 27 18.72 d
Th- 28 1.91 y
Th- 29 7340 y
Th-230 754 0 y
Th-231 1.06 d
Th-232 1.4e10 y
Th-2 3 2.3 m
Th-234 24.1 dAProtactiniumAPaA231 15.4A5, 4A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f26d17s2A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 01 01 01A1841A12.30 0.47A0.0529A5.89APa-230 17.4 d
Pa-231 328 0 y
Pa-2 3 27 d
Pa-234 6.69 h
Pa-234m 1.17 m Uranium U 238.029 18.95 6, 5, 4, 3A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f36d17s2A1405A 407A4 7.0 8.520 12.59 0.276 0.0380A6.05AU-230 20.8 d
U-231 4.2 d
U-232 70 y
U-2 3 159!0 y
U-234 247!0 y
U-235 7.!04e8 y
U-236 2.34e7 y
U-237 6.75 d
U-238 4.47e9 y
U-239 23.5 m
U-240 14.1 hANeptunium NpA237.0482A20.2A5, 6, 4, 3A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f46d17s2A910 4273A5.190 1.62 0.063 0. 08 2@6.19ANp-235 1.08 y
Np-236 1 5!0 y
Np-236m 2.5 h
Np-237 214"0 y
Np-238 2. 1 d
Np-239 2.35 d
Np-240 1.03 h
Np-240m 7. 2 mAPlutonium PuA2 4@19.84 4, 6, 5, 3A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f67s2 913 3 4.0 2.840 12.32 0.0674A0. 0!6@6.06APu-236 2.87 y
Pu-237 45.2 d
Pu-238 87.7 y
Pu-239 241 0 y
Pu-240 6560 y
Pu-241 14.4 y
Pu-242 375!0 y
Pu-243 4.95 h
Pu-2 4 8.0e7 y
Pu-245 10.5 h
Pu-246 10.85 d Americium AmA243 13.67 3, 6, 5, 4A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f 7s2 1 49A2 80A14.40 0. 1A17.86 0.1 0.0 2@5. 93 Am-240 2.1 d
Am-241 432.7 y
Am-242 16 h
Am-242m 141 y
Am-243 7370 y
Am-2 4 10.1 h
Am-245 2.1 h
Am-246 39 m CuriumACmA247 13.5A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f76d17s2A1613A 383A18.28 6.02ACm-241 32.8 d
Cm-242 162.8 d
Cm-243 29.1 y
Cm-2 4 18.1 y
Cm-245 85 0 y
Cm-246 4760 y
Cm-247 1.56e7 y
Cm-248 348!0 y
Cm-249 1.1 h
Cm-250 97 0 y Berkelium BkA14/78 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f97s2 1259A6.23ABk-242 7 m
Bk-2 4 4.4 h
Bk-245 4.9 d
Bk-247 14 0 y
Bk-248 23.7 h
Bk-249 320 d
Bk-250 3. 2 h
Bk-251 56 m Californium CfA251 15.1A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f107s2A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 0 1 01A 173A6.30ACf-245 4 m
Cf-146 1.5 d
Cf-247 3.1 h
Cf-248 34 d
Cf-249 351 y
Cf-250 13 y
Cf-251 9 0 y
Cf-252 2.6 y
Cf-253 17.8 d
Cf-254 60.5 d Einsteinium EsA252 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f 17s2A 1 3A6.42AEs-246 7.7 m
Es-248 26 m
Es-249 1.7 h
Es-250 8.6 h
Es-251 1.4 d
Es-252 1.3 y
Es-253 20.5 d
Es-254 276 d
Es-254m 1.6 d
Es-2 5 40 dAFermium FmA257 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f127s2A6.50AFm-249 3 m Mendelevium MdA258 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f137s2A 1 0A6.58AMd-250 50 sANobeliumANoA259 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f147s2ANo-253 1.7 m LawrenciumALrA260 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f147s27p1 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 0 1 01 01 19 0ALr-254 13 sARutherfordium RfA261. 1A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d27s2 Rf-257 4.7 s Dubnium DbA262 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d37s2 0.58AHa-258 4.2 s SeaborgiumASgA263.12A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d47s2 Sg-261 0.3 s Bohrium BhA262.12A1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d57s2 7 (VIB) Bh-261 0.01 s
Bh-262 0.1 s
Bh-262m 0. 080 s Ha sium HsA265 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d67s2 Hs-265 2.0 msAMeitneriumAMtA2 6@1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d 7s2 9 (V!IB) Mt- 26 3.4 msADarmstadtiumADsA269 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d97s1 10 (V!IB)AUun-272 10 ms Roentgenium RgA272 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d107s1A 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 0 1 0 1 01AUnunbiumAUub 2 7@1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d107s2AUub-2 7 380 msAUnuntrium Uut 284 13AUnunquadium Uuq 285 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d107s27p2 01 01 01 01 01 0 1 01 01 0 1 01 01 0 1 0 1 01 01 0 1 0 1 01 01 14AUnunpentium Uup 2 8@15 (Pnictogen)AUnunhexiumAUuh 289 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d107s27p4 16AChalcogen Not discoveredAUus 17AUnunoctiumAUuo 293 1s 2s 2p63s23p63d104s24p64d105s25p64f145d106s26p65f146d107s27p6 18ANoble GasAA!
A! A!B A A A C A A A A A A A A A A A A A A A A XA A A PA L A DA A8A A*A A&A AAA A AA NAAAAAAAA 6AA A|
ArAn AdA^A ANA> A6A0A*A$A A
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A PAA A AA (AAA AA>CAAAAA`A
ALAA~A BAtA AlA A A A A AA 'AAA AA AAAAA tA A zA fAAAAAAA A 6AVA A ANAJ (ADA>A A*A A$A AAA
A AALAAAA AAAA 6A^A A ATAP -AHABA A,A AA
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4AtzA A A . j $*0N lrx~A 6AALA hA,A A A /6> kBJA Pr A AALA A z 0 rA r AAA NA AnA A 1 sA : ^fltA
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ALAA A A A 7 ",A 2Z A A zA fAA A 6A A 8jr v~A Z A AA fA 6A A 9 A ( RX^djAAA Npv|A 6A A : N |^jA ALAAB A A ;BP T^( jA A NAA A A < $,A 2( \bhnjA A NtzAA A A =$0 48A <( flA A A A A NrxA~A A A A > $A
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T( ~A A f AAA A A @\h ltA zN A A NAAA A A A ( AA A N AA A B A &.A A N4: @FNAATA A C
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RAA NRAAX^dA A hA A M*2 6>DP ~A AALPA A A NLV ZbFh A 6AAL A
4,A A A Oz A AAL A,$A*A 0A A P A
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AL"A (26A A >A A W A A $(A A A A A zA fA A A ,A 2A 66A A Xpx |A A A A A AA fA A A A A 6A A Y6@ DNA T A A A AAALA A A &AA A Z ",A4 lrxA ALA ABAA A [0> BFLR A A A A AAA A vAA A \4< >FLX A AA FA A A ]jt x A A AA A AA A A ^x A AA A A B A _ A A A N A A $(.BA 4A A ` A A AA A A A A $A
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TA A X A A A A A ɔAA A A A A A A A A ɞA A nɮɼ
A A A A A A A BA A A A A A A A A A A o&*A A .l A A A A A A AA A A A A A A A A A A A pʪʴʸA A ʼl A A A A A AAA A A A A A A A A A A q
A A A A A A A A A A A A A A A A A A A A A A r , 0A A 4t A A A A A ˴AA A A A A A A A A A A A s˸ A A A A A A A A A A A A A A A A A A A A A A t!A A t A A A A A 04A A A A A A A A A A A A u>NC A A A A A A A A A RA A A A A A A A A A A A A vVb%fA A jt A A A A A ̪̮A A A A A A A A A A A A I%LA:A6hA)HA9\I>Ihtstd :bad_exceptionAstd :exceptionACE VA
E A
(Sr-82 25.36 d
Sr-83 1.35 d
Sr-84 Stable
Sr-85 64.84 d
Sr-85m 1.27 h
Sr-86 Stable
Sr-87 Stable
Sr- 8 2.8 h
Sr-89 50.52 d
Sr-90 29.1 y
Sr-91 9.5 h
Sr-92 2.71 h
Sr-93 7.4 mARb-81 4.57 h
Rb-82 2.25 m
Rb-83 86.2 d
Rb-84 32.9 d
Rb-85 Stable
Rb-86 18.65 d
Rb-87 4.8e10 y
Rb- 8 17.7 m
Rb-89 15. 4 m
Rb-90 2.6 m
Rb-90m 4.3 m 4.1 7@0.0 79A0.582 2.16A2.98A 5.9A0.363 2.192 72.216A961 312.46A 01 01 01 01 01 0 1 01 01 01A1s 2s 2p63s23p63d104s24p65s1A85.4678 RbARubidiumAKr-78 Stable
Kr-79 1.45 d
Kr-80 Stable
Kr-81 21"0 y
Kr-82 Stable
Kr-83 Stable
Kr-83m 1.86 h
Kr-84 Stable
Kr-85 10.73 y
Kr-85m 4.48 h
Kr-86 Stable
Kr-87 1.27 h
Kr- 8 2.84 h
Kr-89 3.15 m
Kr-90 32.3 sA13.!9A0."0949 1.03A38.9A0.248 1.638 9.029 19.93A 15.78A1s 2s 2p63s23p63d104s24p6 3.75A83.80 KrAKrypton Br-76 16 h
Br- 7 2.4 d
Br-79 Stable
Br-80 17.7 m
Br-80m 4.42 h
Br-81 Stable
Br-82 1.5 d
Br-82 1.5 d
Br-83 2.4 h
Br-85 2.9 m 2.96A 1.814A0. 01 2@1.14A1.12A23.5A0.473 5.286 15.438A 32.25A265.90A1s 2s 2p63s23p63d104s24p5 -1, 1, 5A3. 19 79.904ABrABromine Se-73 7.15 h
Se-74 Stable
Se-75 19.78 d
Se-76 Stable
Se- 7 Stable
Se-78 Stable
Se-79 65!0 y
Se-80 Stable
Se-82 StableA9.752 0.0204A16.45 6.694 37.70 958 494 1s 2s 2p63s23p63d104s24p4 4, -2, 6A4.79A78.96 SeASeleniumAAs-71 2.72 d
As-72 26 h
As-73 80.3 d
As-74 17.8 d
As-75 Stable
As-76 26.3 h
As- 7 39 h
As-79 9 mA2.18A9.81A0.0345A0.5 0@1.20A1. 3A0. 3A34.760A 86 1091A1s 2s 2p63s23p63d104s24p3 -3, 3, 5A5.72A74.9216 AsAArsenic Ge-68 270.8 d
Ge-69 1.6 d
Ge-70 Stable
Ge-71 1.4 d
Ge-72 Stable
Ge-73 Stable
Ge-74 Stable
Ge-76 Stable
Ge- 7 1.3 h 2.01A7.8 9@1.45 x 10 ^ -8A0.5 9@1.52A13.6A36.940A 30.90A3093A12 1.4A1s 2s 2p63s23p63d104s24p2 5.323 72.59 GeAGermanium Ga- 6 9.5 h
Ga-67 3.3 d
Ga-68 1.1 h
Ga-69 Stable
Ga-71 Stable
Ga-72 14.1 hA5.!9@0.0678A0.406 1.26A1.81A 1.8A0.37A5.590 258.70A2478A302.90A 01 01 01 01 01 0 1 01 01 1s 2s 2p63s23p63d104s24p1 5.907 69.72 GaAGa lium Zn + -> Zn (-0.763v)AZn-62 9.26 h
Zn-63 38.5 m
Zn-64 Stable
Zn-65 243.8 d
Zn- 6 Stable
Zn-67 Stable
Zn-68 Stable
Zn-69m 13.76 h
Zn-70 Stable
Zn-72 46.5 hA1.65A9.394 0.1 6@1.25A1.53A9.2 12 ( IB)A0.39A7.3 2@ 15.30A 180A692.73A1s 2s 2p63s23p63d104s2A7.13A65.38 ZnAZincACu + -> Cu+ (+0.158v)
Cu + -> Cu (+ 0.34v)
Cu+ -> Cu (+0. 52v)ACu-61 3.4 h
Cu-62 9.7 m
Cu-63 Stable
Cu-64 12.7 h
Cu-65 Stable
Cu-67 2.6 dA7.726 0.596 4.01A 1 (IB) 0.38A13.050A3 0.30A2836A1357.6A 01 01 01 01 01 0 1 01A1s 2s 2p63s23p63d104s1A2, 1A8.96A63.546ACuACo perANi + -> Ni (-0.23v) Ni-56 6.1 d
Ni-57 35.6 h
Ni-58 Stable
Ni-59 76!0 y
Ni-60 Stable
Ni-61 Stable
Ni-62 Stable
Ni-63 1 0 y
Ni-64 Stable
Ni-65 2.51 hAmild base 1.91A7.635 0.143 0.907 1.15A1.62A6.59A10 (V!I) 17.470A370.40A3187A1726A1s 2s 2p63s23p63d84s2 58.70 NiANickelACo-56 7.3 d
Co-57 271.8 d
Co-58 70.9 d
Co-58m 9.1 h
Co-59 Stable
Co-60 5.3 y
Co-60m 10.5 m
Co-61 1.7 h ampoteric 1. 8A7.86A0.172 1.16A1.67A6.7 9 (V!I)A0.42A16.190A376.50A3201A1768A1s 2s 2p63s23p63d74s2 2, 3A8.9 58.9 32 CoACobaltAFe + -> Fe (-0. 4v)
Fe!+ -> Fe (-0.04v)
Fe!+ -> Fe + (+0. 71v)AFe-52 8.4 h
Fe-54 Stable
Fe- 5 2.7 y
Fe-56 Stable
Fe-57 Stable
Fe-58 Stable
Fe-59 54.5 d
Fe-60 15#0 yA1.83A7.870 0.0 93A0.802 7.1 8 (V!I)A0. 4A13.80 349.60A3135A1809A1s 2s 2p63s23p63d64s2 3, 2A7.874 5.847AFeAIronAMn-52 5.59 d
Mn-52m 21.1 m
Mn-53 37#0 y
Mn-54 312.2 d
Mn- 5 Stable
Mn-56 2.57 d
Mn-57 1.45 m 7.435 0. 0695 0.0782A1.79A7.39A7 (V IB)A12.050A 26.0 2 35A1517A1s 2s 2p63s23p63d54s2 2, 7, 6, 4, 3 54.9380 MnAManganese Cr!+ -> Cr (-0.74v)ACr-49 42.3 m
Cr-50 Stable
Cr-51 27.7 d
Cr-52 Stable
Cr-53 Stable
Cr-54 Stable 1. 6A6.7 6@0.0 74A0.937 1.85A7.23A6 (VIB) 0.45A16.90 3 4.30A2945A2130A1s 2s 2p63s23p63d54s1 3, 6, 2 7.19A51. 96ACrAChromiumAV-48 15.98 d
V-49 37 d
V-50 1.4e17 y
V-51 Stable
V-52 3.76 mA1.63A6.74A0.0489A0.307 1. 2A1.92A8.78A5 (VB)A20.90 0.452 3680A2183A1s 2s 2p63s23p63d34s2 5, 4, 3, 2A6. 1A50.9415 VanadiumATi- 4 52 y
Ti-45 3.07 h
Ti-46 Stable
Ti-47 Stable
Ti-48 Stable
Ti-49 Stable
Ti-50 Stable
Ti-51 5.76 h 6.82A0.0234A0.219 1.32A2. 0A10.64 4 (IVB) 0.52A15.450A421. 0A3560A1941A1s 2s 2p63s23p63d24s2 4, 3A4.54A47.90 TiATitaniumASc- 4 3.92 h
Sc-45 Stable
Sc-46 83.81 d
Sc-46m 18.72 s
Sc-47 3.34 d
Sc-48 43.67 h
Sc-49 57.3 m weak base 6.54A0.01 7A0.158 1. 4A2.09A15.0Atransition metalA3 (!IB)A0.6 14.10 314.20A3104A1812A 01 01 01 01 01 01 01 1s 2s 2p63s23p63d14s2 2. 9A 4.9 59 ScAScandiumACa-40 Stable
Ca-41 103!0 y
Ca-42 Stable
Ca-43 Stable
Ca- 4 Stable
Ca-45 162.7 d
Ca-46 Stable
Ca-47 4.5 d
Ca-48 Stable
Ca-49 8.7 mA1. 0A6. 13 0.298 1.74A25.9A0.63A8.540 153.60A1757A!12A1s 2s 2p63s23p64s2A1. 5A40.08 CaACalcium K-39 Stable
K-40 1.28e9 y
K-41 Stable
K-42 12.4 h
K-43 2.3 hA4.341 0.139 1.024 2.03A2. 7A45.46 2. 34 79.870A1032A 36.53A 01 01 01 01 01 01A1s 2s 2p63s23p64s1A0.862 39.0983 K Pota sium Ar-36 Stable
Ar-37 35 d
Ar-38 Stable
Ar-39 269 y
Ar-40 Stable
Ar-41 1.8 h 15.759A0.!01 72 0. 8A28.5A0.520 1.1 8@6. 47 87.30 83.81 1s 2s 2p63s23p6 1.784 39.948AArAArgon Cl-35 Stable
Cl-36 301!0 y
Cl-37 Stable
Cl-38 37.2 m 3.16A12.967A0."089A0. 9A0.97A 2.7A0.48A3.203 10.20 239.1 172.6 1s 2s 2p63s23p5 -1, 1, 3, 5, 7A3.214 35.453AClAChlorineAS-32 Stable
S- 3 Stable
S-34 Stable
S-35 87.2 d
S-36 StableA2.58A10.360A0.5 x 10 ^ -23A0. 0269 1.09A15.5AorthorhombicA1.7175A717.87A3 8.36A1s 2s 2p63s23p4 6, 2, -2, 4 2.07A32.06 S Sulphur P-31 Stable
P-32 14.28 d
P- 3 24.3 d 2.19A10.486A1 x 10 ^ -17A0. 0235 1.06A17.0AmonoclinicA0.657 12.129A 50 317.30A1s 2s 2p63s23p3 5, 3, -3, 4 30.97376AP PhosphorusASi-28 Stable
Si-29 Stable
Si-30 Stable
Si-31 2.62 h
Si-32 1 0 hA1.90A8.151 2.52 x 10 ^ -12 1.48A1. 1A1.46A12.1A50. 50A384. 20 3173A1687A1s 2s 2p63s23p2 4 2. 3A28.08 5@SiASilicon Al-26 73"0 y
Al-27 Stable
Al-28 2.3 mA1.61A5.986 0.3 7@2.37A1.18A10.0A0.90A10.79 293.4 2792A9 3.47A 01 01 01 01 01 1s 2s 2p63s23p1 2.702 26.98154AAlAAluminumAMg + -> Mg (-2.38v) Mg-24 Stable
Mg-25 Stable
Mg-26 Stable
Mg-27 9.45 m
Mg28 21 hA1.31A7.646 0. 26 1.56A1.36A1.72A13.97 alkali earth metalA8.954 127.40A1363A923 1s 2s 2p63s2A1.738 24.305AMgAMagnesium Na+ -> Na (-2.71v)ANa- 2 2.6 y
Na-23 Stable
Na-24 14.96 h 5.139 0.21A1.41A1.54A2.23A23.7A2.598 96.96 156A371 01 01 01 01A1s 2s 2p63s1A0.971 2.989 7ANaASodiumANe-20 Stable
Ne-21 Stable
Ne- 2 Stable 21.564A0.!0493A0.51A16.7Aface centered cubic 18 (V!IA)A0.904 0. 317A1.7326A27.096A24. 53A1s 2s 2p6 0.901 20.179ANeANeonAF-18 1.8 hrs
F-19 StableA3.98A17.4 2A0.!0279A0.72A0.57A17.1Ahalogen 17 (V IA) 0.2 52A3.2698A85.03 53.53 1s 2s 2p5 -1A1.696 18. 98403 F FluorineAO-15 1 2.2 s
O-16 Stable
O-17 Stable
O-18 StableAneutral 3. 4A13.618A0.!02674 0.73A0.65A14.0Acubic chalcogen 16 (VIA)A0.92A0.!259 3.40 9A90.18 54.8A1s 2s 2p4 -2A1.429 15.!94 O OxygenAN-13 9.97 m
N-14 Stable
N-15 Stable
N-16 7.13 s strong acid 3.04A14.534A0.!02598 0.75A17.3A15 (VA) 1.04A0.3604A2.7928A 7.35 63.14 1s 2s 2p3 -3, 3, 5, 4, 2A1.2506A14. 067 N NitrogenAC- 1 20.3 m
C-12 Stable
C-13 Stable
C-14 5730 y
C-15 2.5 s 2. 5A 1.260A0.!061 1.29A0. 7A0.91A4.58Ahexagonal 14 (IVA)A0.71A3 5.80A43 0A38 0A1s 2s 2p2 -4, 4, 2A2.26A12.0 1AC CarbonAB-10 Stable
B- 1 Stable mild acid 2.04A8.298 1 x 10 ^ -12A0.270 0.82A1.17A4.6 rhombohedralA13 (!IA) 1.02A50.2A489.7 42 0A2349A 01 01 01 1s 2s 2p1 2.34A10.81 B Boron Be-7 53.3 d
Be-9 Stable
Be-10 26#0.0 yA1.57A9.3 2@0.313 2.0 0.9 1.4 5.0 alk earth metal 2 ( IA) 1.82A12.2A292.4 2742A1560.15 1s 2s2A2 1.848 9.01218 BeABery lium Li+ -> Li (-3.04v)ALi-6 Stable
Li-7 Stable strong base 0.98A5.392 0.108 0.847 1.23A2.05Abody centered cubic alkali metalA3.6 3 145.920 1615A453.7 01 01A1s 2s1A1 0.534 6.941 LiALithium He-3 Stable
He-4 Stable 24.587A0 0. 0152 0.93A0.49A13.1Anoble gas 18 V!IAA5.193 0.0845A4.215 0.95A1s2 0.1785A4. 026AHeAHeliumAH-1! Stable
H-2! Stable
H-3! 12.3 yAamphotericA2.2 13.598A0. 01815A0.32A0.79A14.4AHexagonal 1 (IA)A14.304A0.05868 0. 4936 20.28!05 14.01 01 1s1B0.08 9A1. 079AH Hydrogen@ V A D 0 >C o$
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0 ? 0 0 3 0 0 0 0 0 0 0 0 This is a time-limited demo version. It will work with all features fully enabled for 30 days. After 30 days, it will work only with a valid registration code.
There are several different ways to purchase a registration code:
Online at our web site:
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Chicago, IL, 60610, USA Visit our website at www.standalone.com and download all of our software for a free 30 day trial period. We have a large selection of games, utilities, and applications for your Palm OS handheld.
We also offer a range of software services, including application development, customization, and private labeling of our existing software. 2 + s Ј n 2 J Formula Entry $ .H 2
Please enter a chemical
formula in the line below: d Done % d J Calculate Weight s d Kbd gIf you have not yet registered with us, please see the About Box for information on doing so.
If you have registered, you should have received a 10 digit registration code, which you can enter into this screen. If the code is not accepted, be sure that you have sent us your name, as it is displayed on this screen. n
Periodic Table 9 S q g 9 g 9 J 0 p Symbol Mass Number Atomic Weight Density Oxid. States State Melting Point Boiling Point Heat of Vap. Heat of Fusion Electron Config. Specific Heat Group Family Crystal Atomic Vol. Atomic Rad. Covalent Rad. Therm. Cond. Elect. Cond. Ionization Pot. Electroneg. Oxide Redox: There are several different ways to contact us:
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Chicago, IL, 60610, USA A / z BLW MI N OT P Q R Options Calculate Mol. Weight Isotope Info - Toggle View... - Enter Registration Code About Periodic Table... This is a time-limited demo version. It will work with all features fully enabled for 30 days. After 30 days, it will work only with a valid registration code.
To purchase a copy, you can go to www.standalone.com Demo Almost Expired ^1 will expire in ^2. ^3, you'll have to purchase a copy.
For information on how to purchase, please see the About Box, or go to our web site (www.standalone.com) OK Enter Password Wrong Password Sorry, the password you've entered is incorrect. Please double check both the password and that you've sent us your name EXACTLY as it's entered into your Palm OS Device. OK Demo Extension Your demo period has been extended by 30 days.
To remove the demo restrictions entirely, you'll need to purchase ^1. See the About Box for more information. OK Already Registered You've already registered ^1, so there's no need to re-register. To get the latest version, just download it from www.standalone.com and install! OK Password Too Short Sorry, this password is too short. The correct password should be 10 characters long, or 5 characters if you purchased on Handango. Darn! copyright 1997-2004, Stand Alone, Inc.
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All other trademarks are registered by their respective owners. 2 & P h& OK & C V I Enter Registration Thanks for registering! Thanks for registering ^1! If you have any questions or comments, please don't hesitate to contact us! OK q dRII%dRIIeUU`S I e S I<` ` @ @@ @` @@ p p D0mVUջ0ET System Incompatible System Version 2.0 or greater is required to run this application. OK \ J BC OEdit Copy Result ? J BNP OEdit Paste Version Information This version was built on ^1, at ^2. OK No Known Isotopes There are no known isotopes of ^1. OK < a<