Periodic Table of the Elements
1
1
0.08988
1s1
H
atomic number
2
6.97
0.53
11
1156.1
370.96
0.971
Li
Be
2745
1560
1.848
[He]2s1
[He]2s2
lithium
beryllium
22.989769
1
Na
12
1.738
1033.1
336.4
0.862
1
K
[Ar]4s23d6
electronic configuration
iron
20
2.34
3
2
1.55
4
44.955912
3
Sc
3103
1814
3.00
22
3560
1941±10
4.50
5
47.867
2,3,(4)
Ti
6
50.9415
23
2,3,4,(5)
3680
2163±10
5.80
V
24
7
51.9961
2,(3),6
Cr
2945
2130
7.19
25
8
54.938045
(2),3,4,6,7
Mn
2334
1517
7.43
9
55.845
26
2,(3)
Fe
3134
1808
7.86
10
58.933195
(2),3
27
Co
3200
1768
8.90
11
58.6934
28
(2),3
Ni
3186
1726
8.90
1,(2)
Cu
2840
1356
8.96
2
Zn
1180
692.73
7.14
O
1.429
F
85.01
53.53
1.696
0
Ne
27.102
24.48
0.8999
[He]2s22p5
[He]2s22p6
boron
carbon
nitrogen
oxygen
fluorine
neon
26.981539
3
Al
69.723
31
3
Ga
2477
302.93
5.907
28.085
14
2,(4),-4
Si
3538
1683
2.33
15
5.323
16
2,(4)
74.92160
(±3),5
886 (sub.)
1090 (28 bar)
5.72
As
-2,4,(6)
S
2.07
[Ne]3s23p3
33
32.07
717.8
388.36
17
-2,(4),6
Se
4.79
Cl
79.904
(±1),5
Br
331.93
266
3.119
0
Ar
1.7824
[Ne]3s23p5
35
39.948
18
87.5
84
[Ne]3s23p6
chlorine
78.96
958.1
490
(±1),3,5,7
3.214
sulfur
34
35.45
238.6
172.17
[Ne]3s23p4
phosphorus
72.63
Ge
3103
1210.6
P
1.82
silicon
32
30.973762
±3,(5)
550
317.3
[Ne]3s23p2
aluminum
65.38
30
N
1.2506
90.188
54.8
20.1797
10
[He]2s22p4
[Ne]3s23p1
12
63.546
29
2.62
77.4
63.29
-2
helium
18.998403
-1
9
[He]2s22p3
2.702
21
C
5100
4098 (sub.)
±1,±2,(±3),4,5
17
15.9994
8
[He]2s22p2
2792
933.52
40.078
2,(±4)
16
14.0069
7
[He]2s22p1
13
2
Ca
1757
1112
B
4273
2352
15
12.011
6
3
All properties at 298.15 K and 1 bar unless noted.
24.3050
magnesium
39.0983
symbol
14
10.81
5
(solid, liquid,
gas, synthetic)
He
1s2
argon
83.798
36
0
Kr
120.9
116.6
3.708
[Ar]4s1
[Ar]4s2
[Ar]4s23d1
[Ar]4s23d2
[Ar]4s23d3
[Ar]4s13d5
[Ar]4s23d5
[Ar]4s23d6
[Ar]4s23d7
[Ar]4s23d8
[Ar]4s13d10
[Ar]4s23d10
[Ar]4s23d104p1
[Ar]4s23d104p2
[Ar]4s23d104p3
[Ar]4s23d104p4
[Ar]4s23d104p5
[Ar]4s23d104p6
potassium
calcium
scandium
titanium
vanadium
chromium
manganese
iron
cobalt
nickel
copper
zinc
gallium
germanium
arsenic
selenium
bromine
krypton
37
959
312.04
1.53
85.4678
1
Rb
38
2.60
942.5
301.55
1.873
87
132.905452
1
Cs
2170
998
3.51
Y
4.47
40
4650
2125±2
6.40
[Kr]5s24d1
71
2
9.85
4
Zr
3
72
178.49
4
Hf
4875
2500
13.2
92.906
41
3,(5)
5015
2471±10
8.57
Nb
42
10.20
180.94788
5
5700±100
3269
16.6
Ta
2,3,4,5,(6)
43
11.5
5933
3683±20
19.3
183.84
2,3,4,5,(6)
W
4,6,(7)
44
5900 (est.)
3453
21.0
186.207
-1,2,4,6,(7)
Re
2,(3),(4),6,8
Ru
12.20
45
190.23
2,3,(4),6,8
Os
5300
3327
22.4
Rh
12.40
46
12.02
192.217
2,3,(4),6
Ir
4403
2683
22.42
(2),4
107.8682
47
1
2435
1235.08
10.50
[Kr]4d10
78
195.084
2,(4)
Pt
4100
2045
21.45
Ag
48
1,(3)
19.32
Cd
49
Au
200.59
1,(2)
Hg
629.73
234.28
13.546
3
In
7.31
[Kr]5s24d10
80
114.818
2353
429.76
50
7.30
(1),3
11.85
Tl
82
2013
600.652
11.34
121.760
51
(±3),5
Sb
1860
903.89
6.684
52
(2),4
Pb
208.98040
(3),5
83
Bi
1833±5
544.5
9.80
-2,(4),6
Te
6.24
53
[208.9824]
2,(4)
Po
1235
527
9.4
I
387
4.93
[209.9871]
(±1),3,5,7
At
610
575
—
0
Xe
5.88
[Kr]5s24d105p6
xenon
iodine
85
131.293
54
166.1
161.3
[Kr]5s24d105p5
tellurium
84
126.90447
(±1),5,7
457.35 (35 bar)
[Kr]5s24d105p4
antimony
207.2
127.60
1263.1
722.7
[Kr]5s24d105p3
tin
204.384
1730±10
576.7
2,(4)
[Kr]5s24d105p2
indium
81
118.710
Sn
2875
505.12
[Kr]5s24d105p1
cadmium
196.966569
3081
1337.58
2
8.65
silver
79
112.411
1038
594.1
[Kr]5s14d10
palladium
rhodium
77
106.42
Pd
3213
1825
[Kr]5s14d8
ruthenium
76
102.90550
2,(3),4
3968
2239±3
[Kr]5s14d7
technetium
75
101.07
4423
2607
[Kr]5s24d5
molybdenum
74
[97.9072]
Tc
5150
2445
[Kr]5s14d5
niobium
73
95.96
Mo
4885
2890
[Kr]5s14d4
zirconium
174.9668
Lu
3675
1936
91.224
[Kr]5s24d2
yttrium
137.327
Ba*
3
3611
1795±8
strontium
56
88.90585
39
2
[Kr]5s2
rubidium
55
87.62
Sr
1657
1042
[Kr]5s1
—
3
[Ne]3s2
sodium
Fe
7.86
density /(g/cm ;
g/L for gases)
name
13
2,(3)
Mg
1363
922
[Ne]3s1
19
26
0.1787
common oxidation states (most stable)
55.845
3134
1808
melting point /K
2
0.8 (26 bar)
atomic mass
boiling point /K
9.012182
4
1
1615
453.69
0
4.216
hydrogen
3
4.002602
2
±1
20.28
17.81
950
300
18
1.0080
[222.0176]
0
86
Rn
211
202
9.73
[Xe]6s1
[Xe]6s2
[Xe]6s24f145d1
[Xe]6s24f145d2
[Xe]6s24f145d3
[Xe]6s24f145d4
[Xe]6s24f145d5
[Xe]6s24f145d6
[Xe]6s24f145d7
[Xe]6s14f145d9
[Xe]6s14f145d10
[Xe]6s24f145d10
[Xe]6s24f145d106p1
[Xe]6s24f145d106p2
[Xe]6s24f145d106p3
[Xe]6s24f145d106p4
[Xe]6s24f145d106p5
[Xe]6s24f145d106p6
cesium
barium
lutetium
hafnium
tantalum
tungsten
rhenium
osmium
iridium
platinum
gold
mercury
thallium
lead
bismuth
polonium
astatine
radon
[223.0197]
1
Fr
88
1413
973
5.0
[226.0254]
2
Ra**
103
[261.1096]
3
Lr
—
—
—
104
[265.1167]
4
Rf
—
—
—
105
[268.1250]
—
Db
—
—
—
106
[271.133]
—
Sg
—
—
—
107
[270]
—
Bh
—
—
—
108
[277.150]
—
Hs
—
—
—
109
[276.151]
—
Mt
—
—
—
110
[281]
—
Ds
—
—
—
111
[280.164]
—
Rg
—
—
—
112
[285.174]
—
Cn
—
—
—
113
[285]
provisional
Nh
—
—
—
114
[289.187]
—
Fl
—
—
—
115
[288]
provisional
Mc
—
—
—
116
[293]
—
Lv
—
—
—
117
[294]
provisional
Ts
—
—
—
118
—
—
—
[294]
provisional
Og
[Rn]7s1
[Rn]7s2
[Rn]7s25f146d1
[Rn]7s25f146d2
[Rn]7s25f146d3
[Rn]7s25f146d4
[Rn]7s25f146d5
[Rn]7s25f146d6
[Rn]7s25f146d7
[Rn]7s15f146d9
[Rn]7s15f146d10
[Rn]7s25f146d10
[Rn]7s25f146d107p1
[Rn]7s25f146d107p2
[Rn]7s25f146d107p3
[Rn]7s25f146d107p4
[Rn]7s25f146d107p5
[Rn]7s25f146d107p6
francium
radium
lawrencium
rutherfordium
dubnium
seaborgium
bohrium
hassium
meitnerium
darmstadtium
roentgenium
copernicium
nihonium
flerovium
moscovium
livermorium
tennessine
oganesson
The latest version of this document
is available from www.consol.ca.
57
*
La
3737
1191
6.7
Data from www.iupac.org. For several elements, the variability in
atomic mass depends substantially on whether the sample origin is
organic or inorganic. For these elements, the average, with
decreased precision, is reported.
The data presented herein is not copyrightable.
This file is copyright Roy Jensen, 2012. This file may be freely
distributed in unaltered form. Distribution of this file or extracts
therefrom, in any form, for a fee is expressly prohibited.
Last revised 06.2016
140.116
58
(3),4
3706
1071±3
6.78
Ce
59
3793
1204
6.77
140.90765
(3),(4)
Pr
60
144.242
3
Nd
3347
1294
7.00
61
3300 (est.)
1315
6.475
[144.9127]
3
Pm
62
150.36
2,(3)
Sm
2067
1347
7.54
63
151.964
2,(3)
Eu
1800
1095
5.259
64
3546
1586
7.895
157.25
3
Gd
65
158.925
(3),4
Tb
3503
1629
8.27
66
2840
1685
8.536
162.500
3
Dy
67
164.93032
3
Ho
2973
1747
8.80
167.259
68
3
Er
3141
1802
9.05
168.93421
2,(3)
69
Tm
2223
1818
9.33
70
173.054
2,(3)
Yb
1469
1092
6.98
[Xe]6s25d1
[Xe]6s24f15d1
[Xe]6s24f3
[Xe]6s24f4
[Xe]6s24f5
[Xe]6s24f6
[Xe]6s24f7
[Xe]6s24f75d1
[Xe]6s24f9
[Xe]6s24f10
[Xe]6s24f11
[Xe]6s24f12
[Xe]6s24f13
[Xe]6s24f14
lanthanum
cerium
praseodymium
neodymium
promethium
samarium
europium
gadolinium
terbium
dysprosium
holmium
erbium
thulium
ytterbium
89
**
138.90547
3
3500±300
1323
10.07
[227.0278]
3
Ac
90
4273
2023
11.70
232.0381
4
Th
91
—
1873
15.40
[231.0359]
4,(5)
Pa
92
4091
1405
18.90
238.02891
3,4,5,(6)
U
93
4175
913
20.45
[237.0482]
3,4,(5),6
Np
94
3505
914
19.80
[244.0642]
3,(4),5,6
Pu
95
2880
1267
13.6
[243.0614]
(3),4,5,6
Am
96
—
1613
13.5
[247.0704]
(3),4
Cm
97
—
—
—
[247.0703]
(3),4
Bk
98
—
—
—
[251.0796]
(3),4
Cf
99
—
—
—
[252.0830]
(2),3
Es
100
—
—
—
[257.0951]
3
Fm
101
—
—
—
[258.0984]
2,3
Md
102
—
—
—
[259.1010]
2,3
No
[Rn]7s26d1
[Rn]7s26d2
[Rn]7s25f26d1
[Rn]7s25f36d1
[Rn]7s25f46d1
[Rn]7s25f6
[Rn]7s25f7
[Rn]7s25f76d1
[Rn]7s25f9
[Rn]7s25f10
[Rn]7s25f11
[Rn]7s25f12
[Rn]7s25f13
[Rn]7s25f14
actinium
thorium
protactinium
uranium
neptunium
plutonium
americium
curium
berkelium
californium
einsteinium
fermium
mendelevium
nobelium
1
1
25
154 (–1)
—
72.77
13.598
—
3
145
78 (+1)
—
59.63
5.3915
75.639
11
180
98 (+1)
—
52.87
5.1386
47.282
19
220
133 (+1)
—
48.39
4.3406
31.632
37
235
149 (+1)
—
46.88
4.1768
27.289
55
260
165 (+1)
—
45.51
3.8939
23.157
87
—
180 (+1)
—
44.38
3.9384
—
Periodic Table of the Elements
18
H
2
0.44936
0.05868
28.84
0.1815
—
2.20
Li
145.92
3
25.08
84.7
10.80
0.98
Na
96.96
2.598
28.28
141
21.00
0.93
K
atomic radius /pm
2
4
105
34 (+2)
—
—
9.3227
18.211
12
150
79 (+2)
—
—
7.6457
15.035
20
79.87
2.334
29.32
102.4
13.90
0.82
180
106 (+2)
—
2.37
6.1128
11.871
72.216
2.192
31.02
58.2
7.79
0.82
200
127 (+2)
—
4.63
5.6952
11.030
67.74
2.092
31.90
35.9
4.89
0.79
215
143 (+2)
—
13.95
5.2122
10.004
—
—
—
15
3.00
0.70
215
162 (+2)
—
—
5.2785
10.147
Rb
Cs
Fr
38
56
88
Be
292.4
12.2
16.40
200
31.30
1.57
electron affinity /(kJ/mol)
first ionization energy /eV
Mg
3
21
160
83 (+3)
—
18.14
6.5616
12.800
144
8.3
26.29
35.3
7.62
0.95
180
106 (+3)
—
29.62
6.2186
12.230
142
7.75
28.01
18.4
3.00
0.89
175
85 (+3)
—
—
5.4257
13.888
—
—
27.12
18.6
—
0.90
—
88 (+3)
—
—
4.8712
—
Ba*
Ra**
13
enthalpy of fusion /(kJ/mol)
349.6
13.8
24.57
80.2
9.93
1.83
Sc
314.2
14.1
26.97
15.8
1.77
1.36
140
86 (+2)
61 (+4)
7.62
6.8280
13.575
363
11.4
26.67
17.2
1.66
1.22
155
109 (+2)
87 (+4)
41.10
6.6342
13.163
355.9
18.6
26.25
16.4
1.85
1.27
155
84 (+4)
—
≈0
6.8249
14.925
—
—
—
10
—
—
—
—
—
—
6.0113
—
Y
39
71
103
Data from www.iupac.org. For several elements, the variability in
atomic mass depends substantially on whether the sample origin is
organic or inorganic. For these elements, the average, with decreased
precision, is reported.
The data presented herein is not copyrightable.
This file is copyright Roy Jensen, 2012. This file may be freely
distributed in unaltered form. Distribution of this file or extracts
therefrom, in any form, for a fee is expressly prohibited.
4
40
Lu
Lr
Ti
22
85
23 (+3)
—
26.99
8.2976
25.155
thermal conductivity /(W/(m·K))
electrical conductivity /(106/(m·Ω))
electronegativity (Pauling)
72
104
57
*
195
122 (+3)
—
45.35
5.5770
11.059
**
195
162 (+2)
—
33.77
5.1718
12.126
89
5
421
15.45
24.89
21.9
2.34
1.54
135
79 (+2)
54 (+5)
50.66
6.7461
14.655
58.2
16.9
24.63
22.7
2.36
1.33
145
74 (+4)
69 (+5)
86.16
6.7585
14.303
575
24.06
24.99
23
3.12
1.30
145
72 (+3)
64 (+5)
31.07
7.8872
15.546
—
—
—
23
—
—
—
—
—
—
—
—
Zr
Hf
Rf
La
41
73
105
58
414
6.2
26.39
13.5
1.26
1.10
185
107 (+3)
—
—
5.5387
10.882
—
—
—
12
—
1.10
180
99 (+3)
—
—
6.0838
11.504
Ac
V
23
90
6
24
0.452
20.9
24.96
30.7
4.89
1.63
140
82 (+2)
62 (+3)
64.26
6.7668
16.485
682
26.4
24.16
53.7
6.93
1.60
145
92 (+2)
62 (+6)
72.17
7.0923
16.168
743
31.6
25.33
57.5
7.61
1.50
135
62 (+6)
—
78.64
7.9805
17.619
—
—
—
58
—
—
—
—
—
—
—
—
Nb
Ta
Db
Ce
42
106
59
185
106 (+3)
—
—
5.4620
10.572
514.4
16.1
27.84
54
6.53
1.30
180
113 (+3)
89 (+5)
—
5.8869
—
91
7
25
140
91 (+2)
52 (+4)
—
7.4343
15.640
598
32
23.99
138
18.70
2.16
135
95 (+4)
72 (+5)
53.07
7.2757
15.235
824
35.4
23.90
174
18.90
2.36
135
60 (+7)
—
14.47
7.8768
13.059
—
—
—
—
—
—
—
—
—
—
—
—
Mo
W
Sg
Pr
43
75
107
60
296.8
6.89
26.77
12.5
1.48
1.13
185
104 (+3)
—
—
5.5252
10.779
—
12.3
27.72
47
5.29
1.50
175
103 (+3)
80 (+6)
—
6.1937
14.717
Pa
92
Mn
8
26
226
12.05
26.37
7.82
0.70
1.55
140
82 (+2)
67 (+3)
14.57
7.9028
16.188
660
24
20.56
50.6
6.70
1.90
130
77 (+3)
65 (+4)
101.31
7.3607
16.790
715
33.2
24.21
47.9
5.42
1.90
130
67 (+4)
—
106.14
8.7060
16.583
—
—
—
—
—
—
—
—
—
—
—
—
Tc
Re
Bh
Nd
44
76
108
61
273
7.14
27.41
16.5
1.57
1.14
185
109 (+3)
—
—
5.5967
10.882
477
8.52
28.56
27.6
3.80
1.38
175
110 (+3)
82 (+6)
—
6.2652
—
U
93
Fe
9
27
349.6
13.8
24.57
80.2
9.93
1.83
135
82 (+2)
64 (+3)
63.87
7.8810
17.080
595
24
24.05
117
13.70
2.20
135
75 (+3)
67 (+4)
109.71
7.4592
18.034
746
31.8
24.73
87.6
10.90
2.20
135
75 (+3)
66 (+4)
150.89
9.1206
16.583
—
—
—
—
—
—
—
—
—
—
—
—
Ru
Os
Hs
45
Co
376.5
16.19
24.75
100
17.20
1.88
135
78 (+2)
62 (+3)
111.54
7.6395
18.169
493
21.5
24.90
150
21.10
2.28
140
113 (+4)
89 (+5)
54.23
8.3370
19.381
604
26.1
24.99
147
19.70
2.20
135
70 (+4)
—
205.32
9.0169
18.562
—
—
—
—
—
—
—
—
—
—
—
—
Rh
Ir
77
109
10
28
Mt
46
78
110
Ni
11
29
370.4
17.47
25.83
90.7
14.30
1.91
135
96 (+1)
72 (+2)
119.16
7.7266
20.292
357
17.6
25.54
71.8
9.50
2.20
160
113 (+1)
89 (+2)
125.63
7.5763
21.454
510
19.6
25.36
71.6
9.66
2.28
135
137 (+1)
91 (+3)
222.75
9.2252
20.521
—
—
—
—
—
—
—
—
—
—
—
—
Pd
Pt
Ds
47
79
111
Cu
12
30
300.3
13.05
24.15
401
59.60
1.90
135
83 (+2)
—
—
9.3942
17.964
250.58
11.3
25.35
429
63.00
1.93
155
103 (+2)
—
—
8.9941
16.908
334.4
12.55
25.21
317
45.20
2.54
150
112 (+2)
—
—
10.4379
18.759
—
—
—
—
—
—
—
—
—
—
—
—
Ag
Au
Rg
48
80
112
Zn
125
57 (+3)
72 (+1)
41.76
5.9854
18.829
31
115.3
7.322
25.50
116
16.60
1.65
130
113 (+2)
62 (+3)
41.49
5.9988
20.514
99.57
6.192
25.85
96.8
13.80
1.69
155
132 (+1)
92 (+3)
28.95
5.7864
18.870
59.229
2.295
27.88
8.34
1.04
2.00
190
149 (+1)
105 (+3)
19.30
6.1087
20.428
—
—
—
—
—
—
—
—
—
—
—
—
Cd
Hg
Cn
70
16 (+4)
260 (–4)
121.78
11.261
24.383
293.4
10.79
24.28
237
37.70
1.50
110
26 (+4)
271 (–4)
134.07
8.1515
16.345
258.7
5.59
25.80
40.6
6.78
1.81
125
53 (+4)
272 (–4)
118.94
7.8976
15.935
231.5
3.263
26.41
81.6
11.60
1.78
145
93 (+2)
74 (+4)
107.30
7.3441
14.632
164.1
4.142
26.57
46.1
6.17
2.04
180
132 (+2)
84 (+4)
35.12
7.4167
15.033
—
—
—
—
—
—
—
—
—
—
—
—
Al
Ga
In
49
Tl
81
113
14
Nh
C
6
489.7
50.2
11.03
27
0.00
2.04
13
344.3
16.9
23.40
93.7
7.74
1.66
74
414
5.46
26.62
11.4
1.15
1.12
Th
Cr
B
5
molar heat capacity /(J/(mol·K))
All properties at 298.15 K and 1 bar unless noted.
153.6
8.54
25.25
200
29.80
1.00
Sr
enthalpy of vaporization /(kJ/mol)
Fe
second ionization energy /eV
127.4
8.954
24.79
156
22.60
1.31
Ca
140
82 (+2)
67 (+3)
14.57
7.9028
16.188
ionic radius (charge) /pm
The latest version of this document
is available from www.consol.ca.
Last revised 06.2016
26
ionic radius (charge) /pm
355.8
—
8.53
129
0.06
2.55
65
171 (–3)
—
—
14.534
29.600
384.22
50.55
19.94
148
0.00
1.80
100
17 (+5)
212 (–3)
72.03
10.487
19.765
330.9
36.94
23.24
59.9
0.00
2.01
115
69 (+3)
46 (+5)
78.54
9.8150
18.635
295.8
7.029
26.95
66.6
9.17
1.96
145
89 (+3)
62 (+5)
100.93
8.6438
16.530
177.7
4.799
26.94
35.3
4.81
1.87
160
96 (+3)
—
91.28
7.2861
16.686
—
—
—
—
—
—
—
—
—
—
—
—
Si
14
32
50
82
15
Ge
Sn
Pb
114
Fl
33
51
185
108 (+3)
—
—
5.6433
11.090
—
5.19
28.45
6.3
0.82
1.36
175
108 (+3)
81 (+6)
—
6.0600
—
Np
94
166.4
8.63
30.07
13.3
0.96
1.17
185
89 (+3)
—
—
5.6703
11.245
344
2.84
31.73
6.74
0.67
1.28
175
107 (+3)
80 (+6)
—
5.9905
—
Pu
95
143.5
9.21
27.35
13.9
1.12
1.20
180
97 (+3)
—
—
6.1502
12.126
359.4
10.05
36.17
10.6
0.74
1.20
175
97 (+3)
81 (+4)
—
5.8641
11.504
330.9
10.8
28.61
11.1
0.89
1.20
175
91 (+3)
—
—
5.9387
11.712
230
11.06
27.63
10.7
1.08
1.22
175
89 (+3)
—
—
6.0216
11.815
—
14.4
26.74
10
2.20
1.3
—
99 (+3)
—
—
6.0216
—
—
15
—
10
—
1.3
—
98 (+3)
—
—
6.2289
—
—
—
—
10
—
1.3
—
98 (+3)
—
—
6.3015
—
—
—
—
10
—
1.3
—
98 (+3)
—
—
6.4155
—
Am 96 Cm 97 Bk 98
Cf
99
241
12.2
26.39
16.2
1.24
1.23
175
89 (+3)
—
—
6.1077
11.919
—
—
—
10
—
1.3
—
91 (+3)
—
—
6.4984
—
Es
60
22 (+1)
132 (–2)
140.98
13.618
35.117
12.129
0.657
23.85
0.235
0.00
2.19
100
29 (+6)
184 (–2)
200.41
10.360
23.340
34.76
—
24.72
50
3.45
2.18
115
69 (+4)
191 (–2)
194.97
9.7528
21.195
77.14
19.87
25.57
24.3
2.88
2.05
140
97 (+4)
—
190.16
9.0097
18.552
104.8
11.3
25.08
7.87
0.87
2.02
190
65 (+4)
230 (–2)
183.33
8.4168
—
—
—
—
—
—
—
—
—
—
—
—
—
P
As
Sb
Bi
83
115
100
16
Mc
Er
O
8
2.7928
0.3604
29.13
0.02598
—
3.04
15
Pm 62 Sm 63 Eu 64 Gd 65 Tb 66 Dy 67 Ho 68
—
—
26.08
17.9
—
1.13
N
7
3.4099
0.22259
29.44
0.02674
—
3.44
50
133 (–1)
—
328.17
17.422
34.971
—
1.7175
22.77
0.269
0.00
2.58
100
181 (–1)
—
348.58
12.968
23.817
37.7
6.694
25.27
2.04
0.00
2.55
115
196 (–1)
—
324.54
11.814
21.796
52.55
17.49
25.52
2.35
0.00
2.10
140
196 (–1)
—
295.16
10.451
19.131
—
—
25.08
20
2.19
2.00
—
57 (+5)
227 (–3)
270.16
9.2242
—
—
—
—
—
—
—
—
—
—
—
—
—
S
16
34
52
84
116
69
17
Se
Te
Po
Lv
F
9
40
—
—
—
21.565
40.963
10.2
3.203
34.03
0.0089
—
3.16
70
—
—
—
15.760
27.629
15.438
5.286
75.59
0.122
—
2.96
90
—
—
—
14.000
24.360
20.752
7.824
54.32
0.449
0.00
2.66
110
—
—
—
12.130
21.209
—
—
—
1.7
—
2.20
—
—
—
—
10.748
—
—
—
—
—
—
—
—
—
—
—
—
—
Cl
Br
I
53
85
117
10
3.2698
0.2552
31.16
0.0279
—
3.98
17
35
30
—
—
—
24.587
54.418
At
Ts
Tm 70 Yb
261
19.9
28.43
14.3
1.17
1.24
175
94 (+3)
87 (+4)
—
6.1844
12.023
191
16.84
27.03
16.8
1.50
1.25
175
113 (+2)
86 (+3)
-1.93
6.2538
12.176
128.9
7.66
25.96
34.9
3.51
1.10
—
—
—
10
—
1.3
—
90 (+3)
—
—
6.5813
—
—
—
—
10
—
1.3
—
112 (+2)
—
—
6.6539
—
—
—
—
10
—
1.3
Fm 101 Md 102 No
18
36
54
86
118
He
0.0845
—
20.79
0.152
—
0
Ne
1.7326
0.3317
18.24
0.0493
—
0
Ar
6.447
1.188
20.77
0.01772
—
0
Kr
9.029
1.638
20.78
0.00949
—
0
Xe
12.636
2.297
20.74
0.00569
—
0
Rn
16.4
2.89
19.98
0.00364
—
0
Og
—
—
—
—
—
—