 | Tin | Atomic Number: 50 |
- Overview
Property Value Units 118.71
7.31
- Thermal Properties
Thermal Properties
Property Value Units 232°C
2270°C
The critical pressure has not been determined for Tin
The critical temperature has not been determined for Tin
7 kJ/mol
290 kJ/mol
217 J/kg·K
67 W/m·K
- Electon Configuration
[Kr] 4d10 5s2 5p2
K L M N O P Q 2 8 18 18 4 0 0 Level S Orbital P Orbital D Orbital F Orbital Level 1 Level 2 - History
Year Discovered
ancient
- Isotopes
Isotope Common Name Symbol Mass Status Abundance Half-life Decay mode Decay Energy Nuclear Spin Magnetic Moment 50
Sn
112
Tin Sn 112 Stable 0.97 - - - - - 50
Sn
114
Tin Sn 114 Stable 0.66 - - - - - 50
Sn
115
Tin Sn 115 Stable 0.34 - - - - - 50
Sn
116
Tin Sn 116 Stable 14.54 - - - - - 50
Sn
117
Tin Sn 117 Stable 7.68 - - - - - 50
Sn
118
Tin Sn 118 Stable 24.22 - - - - - 50
Sn
119
Tin Sn 119 Stable 8.59 - - - - - 50
Sn
120
Tin Sn 120 Stable 32.58 - - - - - 50
Sn
122
Tin Sn 122 Stable 4.63 - - - - - 50
Sn
124
Tin Sn 124 Stable 5.79 - - - - - Isotopic mass data for stable isotopes is from:
G. Audi, A.H. Wapstra in Nuclear Physics A, 1993, 565, 1-65
and
G. Audi, A.H.Wapstra in Nuclear Physics A, 1995, 595 409-480.Natural abundance data is from:
K.J.R. Rosman, P.D.P. Taylor in Pure Appplied Chemistry, 1999, 71, 1593-1607.- Occurance
In the Universe 0.0000004% In the Sun 0.0000009% In Meteorites 0.00012% In the Earth's Crust 0.00022% In Seawater 0.000000001% In the Human Body 0.00002% - Models
Pictures, videos and 3D models of the element
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