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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