Physical state of element under standard condition:

0K6000K[P]
0K
mass number heat capicity poission ratio MassMagneticSusceptibility discoveryyear enthalpyofatomazitation enthalpyoffusion enthalpyofvaporisation density electricialresist electronnegtivety atomicradiiVanderwaals atomicradiiMetalic atomicradiiCovelentradius
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62
150.36
H
No Data
1
18
1
1
H
1.008
2
13
14
15
16
17
2
He
1.008
2
3
Li
1.008
4
Be
1.008
5
B
1.008
6
C
1.008
7
N
1.008
8
O
1.008
9
F
1.008
10
Ne
1.008
3
11
Na
1.008
12
Mg
1.008
3
4
5
6
7
8
9
10
11
12
13
Al
1.008
14
Si
1.008
15
P
1.008
16
S
1.008
17
Cl
1.008
18
Ar
1.008
4
19
K
1.008
20
Ca
1.008
21
Sc
1.008
22
Ti
1.008
23
V
1.008
24
Cr
1.008
25
Mn
1.008
26
Fe
1.008
27
Co
1.008
28
Ni
1.008
29
Cu
1.008
30
Zn
1.008
31
Ga
1.008
32
Ge
1.008
33
As
1.008
34
Se
1.008
35
Br
1.008
36
Kr
1.008
5
37
Rb
1.008
38
Sr
1.008
39
Y
1.008
40
Zr
1.008
41
Nb
1.008
42
Mo
1.008
43
Tc
1.008
44
Ru
1.008
45
Rh
1.008
46
Pd
1.008
47
Ag
1.008
48
Cd
1.008
49
In
1.008
50
Sn
1.008
51
Sb
1.008
52
Te
1.008
53
I
1.008
54
Xe
1.008
6
55
Cs
1.008
56
Ba
1.008
57
La*
1.008
72
Hf
1.008
73
Ta
1.008
74
W
1.008
75
Re
1.008
76
Os
1.008
77
Ir
1.008
78
Pt
1.008
79
Au
1.008
80
Hg
1.008
81
Tl
1.008
82
Pb
1.008
83
Bi
1.008
84
Po
1.008
85
At
1.008
86
Rn
1.008
7
87
Fr
1.008
88
Ra
1.008
89
Ac*
1.008
104
Rf
1.008
105
Db
1.008
106
Sg
1.008
107
Bh
1.008
108
Hs
1.008
109
Mt
1.008
110
Ds
1.008
111
Rg
1.008
112
Uub
1.008
113
Uut
1.008
114
Uuq
1.008
115
Uup
1.008
116
Uuh
1.008
117
Uus
1.008
118
Uuo
1.008
Lanthanoid
series		 6
58
Ce
140.1
59
Pr
140.9
60
Nd
144.2
61
Pm
145
62
Sm
150.4
63
Eu
152
64
Gd
157.2
65
Tb
158.9
66
Dy
162.5
67
Ho
164.9
68
Er
167.3
69
Tm
168.9
70
Yb
173
71
Lu
175
Actinioid
series		 7
90
Th
232
91
Pa
231
92
U
238
93
Np
237
94
Pu
244
95
Am
243
96
Cm
247
97
Bk
247
98
Cf
251
99
Es
252
100
Fm
257
101
Md
258
102
No
259
103
Lr
262