Actinium |
Atomic weight | 227 |
Atomic number | 89 |
Oxidation states | 3 |
Boiling point Kelvin | 3470 |
Symbol | Ac |
Density grams/cubic centimeter |
10.07
|
Electron configuration | [Rn] 6d1 7s2 |
Electronegativity | 1.1 |
Atomic radius Angstroms | 1.88 |
Atomic volume cubic centimeters/mole |
22.5
|
Specific heat capacity Joules/gram/degree Kelvin |
0.12
|
Ionization potential | 5.17 |
Thermal conductivity Watts/meter/degree Kelvin |
12
|
Aluminum |
Atomic weight | 26.98154 |
Atomic number | 13 |
Oxidation states | 3 |
Boiling point Kelvin | 2740 |
Melting point | 933.5 |
Symbol | Al |
Density grams/cubic centimeter |
2.7
|
Electron configuration | [Ne] 3s2 p1 |
Covalent radius Angstroms | 1.18 |
Electronegativity | 1.61 |
Atomic radius Angstroms | 1.43 |
Heat of vaporization kilojoules/mole |
290.8
|
Atomic volume cubic centimeters/mole |
10
|
Heat of fusion kilojoules/mole |
10.7
|
Ionization potential | 5.986 |
Specific heat capacity Joules/gram/degree Kelvin |
0.9
|
Thermal conductivity Watts/meter/degree Kelvin |
237
|
Americium |
Atomic weight | 243 |
Atomic number | 95 |
Oxidation states | 6, 5, 4, 3 |
Boiling point Kelvin | 2880 |
Melting point | 1449 |
Symbol | Am |
Density grams/cubic centimeter |
13.7
|
Electron configuration | [Rn] 5f7 7s2 |
Electronegativity | 1.3 |
Atomic radius Angstroms | 1.84 |
Atomic volume cubic centimeters/mole |
20.8
|
Ionization potential | 6 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Antimony |
Atomic weight | 121.757 |
Atomic number | 51 |
Oxidation states | +/-3, 5 |
Boiling point Kelvin | 1860 |
Melting point | 903.91 |
Symbol | Sb |
Density grams/cubic centimeter |
6.69
|
Electron configuration | [Kr] 4d10 5s2 p3 |
Covalent radius Angstroms | 1.4 |
Electronegativity | 2.05 |
Atomic radius Angstroms | 1.59 |
Heat of vaporization kilojoules/mole |
67.97
|
Atomic volume cubic centimeters/mole |
18.4
|
Heat of fusion kilojoules/mole |
19.83
|
Ionization potential | 8.641 |
Specific heat capacity Joules/gram/degree Kelvin |
0.207
|
Thermal conductivity Watts/meter/degree Kelvin |
24.3
|
Argon |
Atomic weight | 39.948 |
Atomic number | 18 |
Boiling point Kelvin | 87.45 |
Melting point | 83.95 |
Symbol | Ar |
Density grams/cubic centimeter |
1.784
|
Electron configuration | [Ne] 3s2 p6 |
Covalent radius Angstroms | 0.98 |
Electronegativity | 0 |
Atomic radius Angstroms | 0.88 |
Heat of vaporization kilojoules/mole |
6.506
|
Atomic volume cubic centimeters/mole |
24.2
|
Heat of fusion kilojoules/mole |
1.188
|
Ionization potential | 15.759 |
Specific heat capacity Joules/gram/degree Kelvin |
0.52
|
Thermal conductivity Watts/meter/degree Kelvin |
0.0177
|
Arsenic |
Atomic weight | 74.9216 |
Atomic number | 33 |
Oxidation states | +/-3, 5 |
Boiling point Kelvin | 876 |
Melting point | 1090 |
Symbol | As |
Density grams/cubic centimeter |
5.78
|
Electron configuration | [Ar] 3d10 4s2 p3 |
Covalent radius Angstroms | 1.2 |
Electronegativity | 2.18 |
Atomic radius Angstroms | 1.39 |
Heat of vaporization kilojoules/mole |
32.4
|
Atomic volume cubic centimeters/mole |
13.1
|
Heat of fusion kilojoules/mole |
27.7
|
Ionization potential | 9.81 |
Specific heat capacity Joules/gram/degree Kelvin |
0.33
|
Thermal conductivity Watts/meter/degree Kelvin |
50
|
Astatine |
Atomic weight | 210 |
Atomic number | 85 |
Oxidation states | +/-1, 3, 5, 7 |
Boiling point Kelvin | 610 |
Melting point | 575 |
Symbol | At |
Electron configuration | [Xe] 4f14 5d10 6s2 p5 |
Covalent radius Angstroms | 1.47 |
Electronegativity | 2.2 |
Atomic radius Angstroms | 1.45 |
Heat of vaporization kilojoules/mole |
30
|
Heat of fusion kilojoules/mole |
12
|
Thermal conductivity Watts/meter/degree Kelvin |
1.7
|
Gold |
Atomic weight | 196.9665 |
Atomic number | 79 |
Oxidation states | 3, 1 |
Boiling point Kelvin | 3130 |
Melting point | 1337.58 |
Symbol | Au |
Density grams/cubic centimeter |
19.3
|
Electron configuration | [Xe] 4f14 5d10 6s1 |
Covalent radius Angstroms | 1.34 |
Electronegativity | 2.54 |
Atomic radius Angstroms | 1.46 |
Heat of vaporization kilojoules/mole |
324.43
|
Atomic volume cubic centimeters/mole |
10.2
|
Heat of fusion kilojoules/mole |
12.36
|
Ionization potential | 9.225 |
Specific heat capacity Joules/gram/degree Kelvin |
0.128
|
Thermal conductivity Watts/meter/degree Kelvin |
317
|
Boron |
Atomic weight | 10.811 |
Atomic number | 5 |
Oxidation states | 3 |
Boiling point Kelvin | 4275 |
Melting point | 2365 |
Symbol | B |
Density grams/cubic centimeter |
2.34
|
Electron configuration | 1s2 2s2 p1 |
Covalent radius Angstroms | 0.82 |
Electronegativity | 2.04 |
Atomic radius Angstroms | 0.98 |
Heat of vaporization kilojoules/mole |
507.8
|
Atomic volume cubic centimeters/mole |
4.6
|
Heat of fusion kilojoules/mole |
22.6
|
Ionization potential | 8.298 |
Specific heat capacity Joules/gram/degree Kelvin |
1.026
|
Thermal conductivity Watts/meter/degree Kelvin |
27
|
Barium |
Atomic weight | 137.33 |
Atomic number | 56 |
Oxidation states | 2 |
Boiling point Kelvin | 2078 |
Melting point | 1002 |
Symbol | Ba |
Density grams/cubic centimeter |
3.59
|
Electron configuration | [Xe] 6s2 |
Covalent radius Angstroms | 1.98 |
Electronegativity | 0.89 |
Atomic radius Angstroms | 2.22 |
Heat of vaporization kilojoules/mole |
140.2
|
Atomic volume cubic centimeters/mole |
39
|
Heat of fusion kilojoules/mole |
8.01
|
Ionization potential | 5.212 |
Specific heat capacity Joules/gram/degree Kelvin |
0.204
|
Thermal conductivity Watts/meter/degree Kelvin |
18.4
|
Beryllium |
Atomic weight | 9.01218 |
Atomic number | 4 |
Oxidation states | 2 |
Boiling point Kelvin | 3243 |
Melting point | 1560 |
Symbol | Be |
Density grams/cubic centimeter |
1.85
|
Electron configuration | 1s2 2s2 |
Covalent radius Angstroms | 0.9 |
Electronegativity | 1.57 |
Atomic radius Angstroms | 1.12 |
Heat of vaporization kilojoules/mole |
297
|
Atomic volume cubic centimeters/mole |
5
|
Heat of fusion kilojoules/mole |
11.71
|
Ionization potential | 9.322 |
Specific heat capacity Joules/gram/degree Kelvin |
1.825
|
Thermal conductivity Watts/meter/degree Kelvin |
200
|
Bohrium |
Atomic weight | 262 |
Atomic number | 107 |
Symbol | Bh |
Electron configuration | [Rn] 5f14 6d5 7s2 |
Bismuth |
Atomic weight | 208.9804 |
Atomic number | 83 |
Oxidation states | 3, 5 |
Boiling point Kelvin | 1837 |
Melting point | 544.59 |
Symbol | Bi |
Density grams/cubic centimeter |
9.75
|
Electron configuration | [Xe] 4f14 5d10 6s2 p3 |
Covalent radius Angstroms | 1.46 |
Electronegativity | 2.02 |
Atomic radius Angstroms | 1.7 |
Heat of vaporization kilojoules/mole |
179
|
Atomic volume cubic centimeters/mole |
21.3
|
Heat of fusion kilojoules/mole |
11
|
Ionization potential | 7.289 |
Specific heat capacity Joules/gram/degree Kelvin |
0.122
|
Thermal conductivity Watts/meter/degree Kelvin |
7.87
|
Berkelium |
Atomic weight | 247 |
Atomic number | 97 |
Oxidation states | 4, 3 |
Symbol | Bk |
Electron configuration | [Rn] 5f9 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.23 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Bromine |
Atomic weight | 79.904 |
Atomic number | 35 |
Oxidation states | +/-1, 5 |
Boiling point Kelvin | 331.85 |
Melting point | 265.95 |
Symbol | Br |
Density grams/cubic centimeter |
3.12
|
Electron configuration | [Ar] 3d10 4s2 p5 |
Covalent radius Angstroms | 1.14 |
Electronegativity | 2.96 |
Atomic radius Angstroms | 1.12 |
Heat of vaporization kilojoules/mole |
14.725
|
Atomic volume cubic centimeters/mole |
23.5
|
Heat of fusion kilojoules/mole |
5.286
|
Ionization potential | 11.814 |
Specific heat capacity Joules/gram/degree Kelvin |
0.226
|
Thermal conductivity Watts/meter/degree Kelvin |
0.122
|
Carbon |
Atomic weight | 12.011 |
Atomic number | 6 |
Oxidation states | +/-4, 2 |
Boiling point Kelvin | 5100 |
Melting point | 3825 |
Symbol | C |
Density grams/cubic centimeter |
2.26
|
Electron configuration | 1s2 2s2 p2 |
Covalent radius Angstroms | 0.77 |
Electronegativity | 2.55 |
Atomic radius Angstroms | 0.91 |
Heat of vaporization kilojoules/mole |
715
|
Atomic volume cubic centimeters/mole |
5.3
|
Ionization potential | 11.26 |
Specific heat capacity Joules/gram/degree Kelvin |
0.709
|
Thermal conductivity Watts/meter/degree Kelvin |
155
|
Calcium |
Atomic weight | 40.078 |
Atomic number | 20 |
Oxidation states | 2 |
Boiling point Kelvin | 1757 |
Melting point | 1112 |
Symbol | Ca |
Density grams/cubic centimeter |
1.55
|
Electron configuration | [Ar] 4s2 |
Covalent radius Angstroms | 1.74 |
Electronegativity | 1 |
Atomic radius Angstroms | 1.97 |
Heat of vaporization kilojoules/mole |
154.67
|
Atomic volume cubic centimeters/mole |
29.9
|
Heat of fusion kilojoules/mole |
8.53
|
Ionization potential | 6.113 |
Specific heat capacity Joules/gram/degree Kelvin |
0.647
|
Thermal conductivity Watts/meter/degree Kelvin |
200
|
Cadmium |
Atomic weight | 112.41 |
Atomic number | 48 |
Oxidation states | 2 |
Boiling point Kelvin | 1040 |
Melting point | 594.26 |
Symbol | Cd |
Density grams/cubic centimeter |
8.65
|
Electron configuration | [Kr] 4d10 5s2 |
Covalent radius Angstroms | 1.41 |
Electronegativity | 1.69 |
Atomic radius Angstroms | 1.71 |
Heat of vaporization kilojoules/mole |
99.87
|
Atomic volume cubic centimeters/mole |
13.1
|
Heat of fusion kilojoules/mole |
6.07
|
Ionization potential | 8.993 |
Specific heat capacity Joules/gram/degree Kelvin |
0.233
|
Thermal conductivity Watts/meter/degree Kelvin |
96.8
|
Cerium |
Atomic weight | 140.12 |
Atomic number | 58 |
Oxidation states | 3, 4 |
Boiling point Kelvin | 3715 |
Melting point | 1071 |
Symbol | Ce |
Density grams/cubic centimeter |
6.77
|
Electron configuration | [Xe] 4f1 5d1 6s2 |
Covalent radius Angstroms | 1.65 |
Electronegativity | 1.12 |
Atomic radius Angstroms | 1.81 |
Heat of vaporization kilojoules/mole |
313.8
|
Atomic volume cubic centimeters/mole |
21
|
Heat of fusion kilojoules/mole |
9.2
|
Ionization potential | 5.47 |
Specific heat capacity Joules/gram/degree Kelvin |
0.19
|
Thermal conductivity Watts/meter/degree Kelvin |
11.4
|
Californium |
Atomic weight | 251 |
Atomic number | 98 |
Oxidation states | 3 |
Melting point | 1170 |
Symbol | Cf |
Electron configuration | [Rn] 5f10 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.3 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Chlorine |
Atomic weight | 35.4527 |
Atomic number | 17 |
Oxidation states | +/-1, 3, 5, 7 |
Boiling point Kelvin | 239.18 |
Melting point | 172.17 |
Symbol | Cl |
Density grams/cubic centimeter |
3.214
|
Electron configuration | [Ne] 3s2 p5 |
Covalent radius Angstroms | 0.99 |
Electronegativity | 3.16 |
Atomic radius Angstroms | 0.97 |
Heat of vaporization kilojoules/mole |
10.2
|
Atomic volume cubic centimeters/mole |
18.7
|
Heat of fusion kilojoules/mole |
3.21
|
Ionization potential | 12.967 |
Specific heat capacity Joules/gram/degree Kelvin |
0.48
|
Thermal conductivity Watts/meter/degree Kelvin |
0.0089
|
Curium |
Atomic weight | 247 |
Atomic number | 96 |
Oxidation states | 3 |
Melting point | 1620 |
Symbol | Cm |
Density grams/cubic centimeter |
13.5
|
Electron configuration | [Rn] 5f7 6d1 7s2 |
Electronegativity | 1.3 |
Atomic volume cubic centimeters/mole |
18.3
|
Ionization potential | 6.02 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Cobalt |
Atomic weight | 58.9332 |
Atomic number | 27 |
Oxidation states | 2, 3 |
Boiling point Kelvin | 3143 |
Melting point | 1768 |
Symbol | Co |
Density grams/cubic centimeter |
8.9
|
Electron configuration | [Ar] 3d7 4s2 |
Covalent radius Angstroms | 1.16 |
Electronegativity | 1.88 |
Atomic radius Angstroms | 1.25 |
Heat of vaporization kilojoules/mole |
373.3
|
Atomic volume cubic centimeters/mole |
6.7
|
Heat of fusion kilojoules/mole |
16.19
|
Ionization potential | 7.86 |
Specific heat capacity Joules/gram/degree Kelvin |
0.421
|
Thermal conductivity Watts/meter/degree Kelvin |
100
|
Chromium |
Atomic weight | 51.996 |
Atomic number | 24 |
Oxidation states | 6, 3, 2 |
Boiling point Kelvin | 2945 |
Melting point | 2130 |
Symbol | Cr |
Density grams/cubic centimeter |
7.19
|
Electron configuration | [Ar] 3d5 4s1 |
Covalent radius Angstroms | 1.18 |
Electronegativity | 1.66 |
Atomic radius Angstroms | 1.3 |
Heat of vaporization kilojoules/mole |
339.5
|
Atomic volume cubic centimeters/mole |
7.23
|
Heat of fusion kilojoules/mole |
20
|
Ionization potential | 6.766 |
Specific heat capacity Joules/gram/degree Kelvin |
0.449
|
Thermal conductivity Watts/meter/degree Kelvin |
93.7
|
Cesium |
Atomic weight | 132.9054 |
Atomic number | 55 |
Oxidation states | 1 |
Boiling point Kelvin | 944 |
Melting point | 301.54 |
Symbol | Cs |
Density grams/cubic centimeter |
1.87
|
Electron configuration | [Xe] 6s1 |
Covalent radius Angstroms | 2.35 |
Electronegativity | 0.79 |
Atomic radius Angstroms | 2.67 |
Heat of vaporization kilojoules/mole |
67.74
|
Atomic volume cubic centimeters/mole |
70
|
Heat of fusion kilojoules/mole |
2.092
|
Ionization potential | 3.894 |
Specific heat capacity Joules/gram/degree Kelvin |
0.24
|
Thermal conductivity Watts/meter/degree Kelvin |
35.9
|
Copper |
Atomic weight | 63.546 |
Atomic number | 29 |
Oxidation states | 2, 1 |
Boiling point Kelvin | 2840 |
Melting point | 1356.6 |
Symbol | Cu |
Density grams/cubic centimeter |
8.96
|
Electron configuration | [Ar] 3d10 4s1 |
Covalent radius Angstroms | 1.17 |
Electronegativity | 1.9 |
Atomic radius Angstroms | 1.28 |
Heat of vaporization kilojoules/mole |
300.5
|
Atomic volume cubic centimeters/mole |
7.1
|
Heat of fusion kilojoules/mole |
13.14
|
Ionization potential | 7.726 |
Specific heat capacity Joules/gram/degree Kelvin |
0.385
|
Thermal conductivity Watts/meter/degree Kelvin |
401
|
Dubnium |
Atomic weight | 262 |
Atomic number | 105 |
Symbol | Db |
Electron configuration | [Rn] 5f14 6d3 7s2 |
Dysprosium |
Atomic weight | 162.5 |
Atomic number | 66 |
Oxidation states | 3 |
Boiling point Kelvin | 2840 |
Melting point | 1685 |
Symbol | Dy |
Density grams/cubic centimeter |
8.55
|
Electron configuration | [Xe] 4f10 6s2 |
Covalent radius Angstroms | 1.59 |
Electronegativity | 1.22 |
Atomic radius Angstroms | 1.8 |
Heat of vaporization kilojoules/mole |
230
|
Atomic volume cubic centimeters/mole |
19
|
Ionization potential | 5.93 |
Specific heat capacity Joules/gram/degree Kelvin |
0.173
|
Thermal conductivity Watts/meter/degree Kelvin |
10.7
|
Erbium |
Atomic weight | 167.26 |
Atomic number | 68 |
Oxidation states | 3 |
Boiling point Kelvin | 3140 |
Melting point | 1802 |
Symbol | Er |
Density grams/cubic centimeter |
9.07
|
Electron configuration | [Xe] 4f12 6s2 |
Covalent radius Angstroms | 1.57 |
Electronegativity | 1.24 |
Atomic radius Angstroms | 1.78 |
Heat of vaporization kilojoules/mole |
292.88
|
Atomic volume cubic centimeters/mole |
18.4
|
Heat of fusion kilojoules/mole |
17.15
|
Ionization potential | 6.101 |
Specific heat capacity Joules/gram/degree Kelvin |
0.168
|
Thermal conductivity Watts/meter/degree Kelvin |
14.3
|
Einsteinium |
Atomic weight | 252 |
Atomic number | 99 |
Melting point | 1130 |
Symbol | Es |
Electron configuration | [Rn] 5f11 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.42 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Europium |
Atomic weight | 151.965 |
Atomic number | 63 |
Oxidation states | 3, 2 |
Boiling point Kelvin | 1800 |
Melting point | 1095 |
Symbol | Eu |
Density grams/cubic centimeter |
5.24
|
Electron configuration | [Xe] 4f7 6s2 |
Covalent radius Angstroms | 1.85 |
Electronegativity | 1.2 |
Atomic radius Angstroms | 1.99 |
Heat of vaporization kilojoules/mole |
175.73
|
Atomic volume cubic centimeters/mole |
28.9
|
Heat of fusion kilojoules/mole |
9.21
|
Ionization potential | 5.67 |
Specific heat capacity Joules/gram/degree Kelvin |
0.182
|
Thermal conductivity Watts/meter/degree Kelvin |
13.9
|
Fluorine |
Atomic weight | 18.9984 |
Atomic number | 9 |
Oxidation states | -1 |
Boiling point Kelvin | 85 |
Melting point | 53.55 |
Symbol | F |
Density grams/cubic centimeter |
1.696
|
Electron configuration | 1s2 2s2 p5 |
Covalent radius Angstroms | 0.72 |
Electronegativity | 3.98 |
Atomic radius Angstroms | 0.57 |
Heat of vaporization kilojoules/mole |
3.2698
|
Atomic volume cubic centimeters/mole |
17.1
|
Heat of fusion kilojoules/mole |
0.26
|
Ionization potential | 17.422 |
Specific heat capacity Joules/gram/degree Kelvin |
0.824
|
Thermal conductivity Watts/meter/degree Kelvin |
0.0279
|
Iron |
Atomic weight | 55.847 |
Atomic number | 26 |
Oxidation states | 2, 3 |
Boiling point Kelvin | 3023 |
Melting point | 1808 |
Symbol | Fe |
Density grams/cubic centimeter |
7.874
|
Electron configuration | [Ar] 3d6 4s2 |
Covalent radius Angstroms | 1.17 |
Electronegativity | 1.83 |
Atomic radius Angstroms | 1.26 |
Heat of vaporization kilojoules/mole |
349.5
|
Atomic volume cubic centimeters/mole |
7.1
|
Heat of fusion kilojoules/mole |
13.8
|
Ionization potential | 7.87 |
Specific heat capacity Joules/gram/degree Kelvin |
0.449
|
Thermal conductivity Watts/meter/degree Kelvin |
80.2
|
Fermium |
Atomic weight | 257 |
Atomic number | 100 |
Melting point | 1800 |
Symbol | Fm |
Electron configuration | [Rn] 5f12 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.5 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Francium |
Atomic weight | 223 |
Atomic number | 87 |
Oxidation states | 1 |
Boiling point Kelvin | 950 |
Melting point | 300 |
Symbol | Fr |
Electron configuration | [Rn] 7s1 |
Electronegativity | 0.7 |
Atomic radius Angstroms | 2.7 |
Heat of vaporization kilojoules/mole |
64
|
Heat of fusion kilojoules/mole |
2.1
|
Ionization potential | 0 |
Thermal conductivity Watts/meter/degree Kelvin |
15
|
Gallium |
Atomic weight | 69.723 |
Atomic number | 31 |
Oxidation states | 3 |
Boiling point Kelvin | 2478 |
Melting point | 302.92 |
Symbol | Ga |
Density grams/cubic centimeter |
5.91
|
Electron configuration | [Ar] 3d10 4s2 p1 |
Covalent radius Angstroms | 1.26 |
Electronegativity | 1.81 |
Atomic radius Angstroms | 1.41 |
Heat of vaporization kilojoules/mole |
256.06
|
Atomic volume cubic centimeters/mole |
11.8
|
Heat of fusion kilojoules/mole |
5.59
|
Ionization potential | 5.999 |
Specific heat capacity Joules/gram/degree Kelvin |
0.371
|
Thermal conductivity Watts/meter/degree Kelvin |
40.6
|
Gadolinium |
Atomic weight | 157.25 |
Atomic number | 64 |
Oxidation states | 3 |
Boiling point Kelvin | 3545 |
Melting point | 1585 |
Symbol | Gd |
Density grams/cubic centimeter |
7.9
|
Electron configuration | [Xe] 4f7 5d1 6s2 |
Covalent radius Angstroms | 1.61 |
Electronegativity | 1.2 |
Atomic radius Angstroms | 1.8 |
Heat of vaporization kilojoules/mole |
311.71
|
Atomic volume cubic centimeters/mole |
19.9
|
Heat of fusion kilojoules/mole |
10.46
|
Ionization potential | 6.15 |
Specific heat capacity Joules/gram/degree Kelvin |
0.236
|
Thermal conductivity Watts/meter/degree Kelvin |
10.6
|
Germanium |
Atomic weight | 72.61 |
Atomic number | 32 |
Oxidation states | 4 |
Boiling point Kelvin | 3107 |
Melting point | 1211.5 |
Symbol | Ge |
Density grams/cubic centimeter |
5.32
|
Electron configuration | [Ar] 3d10 4s2 p2 |
Covalent radius Angstroms | 1.22 |
Electronegativity | 2.01 |
Atomic radius Angstroms | 1.37 |
Heat of vaporization kilojoules/mole |
334.3
|
Atomic volume cubic centimeters/mole |
13.6
|
Heat of fusion kilojoules/mole |
31.8
|
Ionization potential | 7.899 |
Specific heat capacity Joules/gram/degree Kelvin |
0.32
|
Thermal conductivity Watts/meter/degree Kelvin |
59.9
|
Hydrogen |
Atomic weight | 1.00794 |
Atomic number | 1 |
Oxidation states | 1 |
Boiling point Kelvin | 20.28 |
Melting point | 13.81 |
Symbol | H |
Density grams/cubic centimeter |
0.0899
|
Electron configuration | 1s1 |
Covalent radius Angstroms | 0.32 |
Electronegativity | 2.1 |
Atomic radius Angstroms | 2.08 |
Heat of vaporization kilojoules/mole |
0.4581
|
Atomic volume cubic centimeters/mole |
14.1
|
Heat of fusion kilojoules/mole |
0.0585
|
Ionization potential | 13.598 |
Specific heat capacity Joules/gram/degree Kelvin |
14.304
|
Thermal conductivity Watts/meter/degree Kelvin |
0.1815
|
Helium |
Atomic weight | 4.0026 |
Atomic number | 2 |
Boiling point Kelvin | 4.216 |
Melting point | 0.95 |
Symbol | He |
Density grams/cubic centimeter |
0.1785
|
Electron configuration | 1s2 |
Covalent radius Angstroms | 0.93 |
Electronegativity | 0 |
Heat of vaporization kilojoules/mole |
0.084
|
Atomic volume cubic centimeters/mole |
31.8
|
Heat of fusion kilojoules/mole |
0.021
|
Ionization potential | 24.587 |
Specific heat capacity Joules/gram/degree Kelvin |
5.193
|
Thermal conductivity Watts/meter/degree Kelvin |
0.152
|
Hafnium |
Atomic weight | 178.49 |
Atomic number | 72 |
Oxidation states | 4 |
Boiling point Kelvin | 4875 |
Melting point | 2504 |
Symbol | Hf |
Density grams/cubic centimeter |
13.31
|
Electron configuration | [Xe] 4f14 5d2 6s2 |
Covalent radius Angstroms | 1.44 |
Electronegativity | 1.3 |
Atomic radius Angstroms | 1.67 |
Heat of vaporization kilojoules/mole |
661.07
|
Atomic volume cubic centimeters/mole |
13.6
|
Heat of fusion kilojoules/mole |
21.76
|
Ionization potential | 6.65 |
Specific heat capacity Joules/gram/degree Kelvin |
0.14
|
Thermal conductivity Watts/meter/degree Kelvin |
23
|
Mercury |
Atomic weight | 200.59 |
Atomic number | 80 |
Oxidation states | 2, 1 |
Boiling point Kelvin | 629.88 |
Melting point | 234.31 |
Symbol | Hg |
Density grams/cubic centimeter |
13.55
|
Electron configuration | [Xe] 4f14 5d10 6s2 |
Covalent radius Angstroms | 1.49 |
Electronegativity | 2 |
Atomic radius Angstroms | 1.6 |
Heat of vaporization kilojoules/mole |
59.3
|
Atomic volume cubic centimeters/mole |
14.8
|
Heat of fusion kilojoules/mole |
2.292
|
Ionization potential | 10.437 |
Specific heat capacity Joules/gram/degree Kelvin |
0.140
|
Thermal conductivity Watts/meter/degree Kelvin |
8.34
|
Holmium |
Atomic weight | 164.9303 |
Atomic number | 67 |
Oxidation states | 3 |
Boiling point Kelvin | 2968 |
Melting point | 1747 |
Symbol | Ho |
Density grams/cubic centimeter |
8.8
|
Electron configuration | [Xe] 4f11 6s2 |
Covalent radius Angstroms | 1.58 |
Electronegativity | 1.23 |
Atomic radius Angstroms | 1.79 |
Heat of vaporization kilojoules/mole |
251.04
|
Atomic volume cubic centimeters/mole |
18.7
|
Heat of fusion kilojoules/mole |
11.06
|
Ionization potential | 6.02 |
Specific heat capacity Joules/gram/degree Kelvin |
0.165
|
Thermal conductivity Watts/meter/degree Kelvin |
16.2
|
Hassium |
Atomic weight | 265 |
Atomic number | 108 |
Symbol | Hs |
Electron configuration | [Rn] 5f14 6d6 7s2 |
Iodine |
Atomic weight | 126.9045 |
Atomic number | 53 |
Oxidation states | +/-1, 5, 7 |
Boiling point Kelvin | 457.5 |
Melting point | 386.7 |
Symbol | I |
Density grams/cubic centimeter |
4.93
|
Electron configuration | [Kr] 4d10 5s2 p5 |
Covalent radius Angstroms | 1.33 |
Electronegativity | 2.66 |
Atomic radius Angstroms | 1.32 |
Heat of vaporization kilojoules/mole |
20.9
|
Atomic volume cubic centimeters/mole |
25.7
|
Heat of fusion kilojoules/mole |
7.76
|
Ionization potential | 10.451 |
Specific heat capacity Joules/gram/degree Kelvin |
0.145
|
Thermal conductivity Watts/meter/degree Kelvin |
0.449
|
Indium |
Atomic weight | 114.82 |
Atomic number | 49 |
Oxidation states | 3 |
Boiling point Kelvin | 2350 |
Melting point | 429.78 |
Symbol | In |
Density grams/cubic centimeter |
7.31
|
Electron configuration | [Kr] 4d10 5s2 p1 |
Covalent radius Angstroms | 1.44 |
Electronegativity | 1.78 |
Atomic radius Angstroms | 1.66 |
Heat of vaporization kilojoules/mole |
226.35
|
Atomic volume cubic centimeters/mole |
15.7
|
Heat of fusion kilojoules/mole |
3.26
|
Ionization potential | 5.786 |
Specific heat capacity Joules/gram/degree Kelvin |
0.233
|
Thermal conductivity Watts/meter/degree Kelvin |
81.6
|
Iridium |
Atomic weight | 192.22 |
Atomic number | 77 |
Oxidation states | 2, 3, 4, 6 |
Boiling point Kelvin | 4700 |
Melting point | 2720 |
Symbol | Ir |
Density grams/cubic centimeter |
22.6
|
Electron configuration | [Xe] 4f14 5d7 6s2 |
Covalent radius Angstroms | 1.27 |
Electronegativity | 2.2 |
Atomic radius Angstroms | 1.36 |
Heat of vaporization kilojoules/mole |
563.58
|
Atomic volume cubic centimeters/mole |
8.54
|
Heat of fusion kilojoules/mole |
26.36
|
Ionization potential | 9.1 |
Specific heat capacity Joules/gram/degree Kelvin |
0.13
|
Thermal conductivity Watts/meter/degree Kelvin |
147
|
Potassium |
Atomic weight | 39.0983 |
Atomic number | 19 |
Oxidation states | 1 |
Boiling point Kelvin | 1033 |
Melting point | 336.8 |
Symbol | K |
Density grams/cubic centimeter |
0.86
|
Electron configuration | [Ar] 4s1 |
Covalent radius Angstroms | 2.03 |
Electronegativity | 0.82 |
Atomic radius Angstroms | 2.35 |
Heat of vaporization kilojoules/mole |
76.9
|
Atomic volume cubic centimeters/mole |
45.3
|
Heat of fusion kilojoules/mole |
2.33
|
Ionization potential | 4.341 |
Specific heat capacity Joules/gram/degree Kelvin |
0.757
|
Thermal conductivity Watts/meter/degree Kelvin |
102.5
|
Krypton |
Atomic weight | 83.8 |
Atomic number | 36 |
Boiling point Kelvin | 120.85 |
Melting point | 116 |
Symbol | Kr |
Density grams/cubic centimeter |
3.75
|
Electron configuration | [Ar] 3d10 4s2 p6 |
Covalent radius Angstroms | 1.89 |
Electronegativity | 0 |
Atomic radius Angstroms | 1.03 |
Heat of vaporization kilojoules/mole |
9.029
|
Atomic volume cubic centimeters/mole |
32.2
|
Heat of fusion kilojoules/mole |
1.638
|
Ionization potential | 13.999 |
Specific heat capacity Joules/gram/degree Kelvin |
0.248
|
Thermal conductivity Watts/meter/degree Kelvin |
0.00949
|
Lanthanum |
Atomic weight | 138.9055 |
Atomic number | 57 |
Oxidation states | 3 |
Boiling point Kelvin | 3737 |
Melting point | 1191 |
Symbol | La |
Density grams/cubic centimeter |
6.15
|
Electron configuration | [Xe] 5d1 6s2 |
Covalent radius Angstroms | 1.25 |
Electronegativity | 1.1 |
Atomic radius Angstroms | 1.38 |
Heat of vaporization kilojoules/mole |
399.57
|
Atomic volume cubic centimeters/mole |
22.5
|
Heat of fusion kilojoules/mole |
11.3
|
Ionization potential | 5.58 |
Specific heat capacity Joules/gram/degree Kelvin |
0.19
|
Thermal conductivity Watts/meter/degree Kelvin |
13.5
|
Lithium |
Atomic weight | 6.941 |
Atomic number | 3 |
Oxidation states | 1 |
Boiling point Kelvin | 1615 |
Melting point | 453.7 |
Symbol | Li |
Density grams/cubic centimeter |
0.53
|
Electron configuration | 1s2 2s1 |
Covalent radius Angstroms | 1.23 |
Electronegativity | 0.98 |
Atomic radius Angstroms | 1.55 |
Heat of vaporization kilojoules/mole |
147.1
|
Atomic volume cubic centimeters/mole |
13.1
|
Heat of fusion kilojoules/mole |
3
|
Ionization potential | 5.392 |
Specific heat capacity Joules/gram/degree Kelvin |
3.582
|
Thermal conductivity Watts/meter/degree Kelvin |
84.7
|
Lawrencium |
Atomic weight | 262 |
Atomic number | 103 |
Melting point | 1900 |
Symbol | Lr |
Electron configuration | [Rn] 5f14 6d1 7s2 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Lutetium |
Atomic weight | 174.967 |
Atomic number | 71 |
Oxidation states | 3 |
Boiling point Kelvin | 3668 |
Melting point | 1936 |
Symbol | Lu |
Density grams/cubic centimeter |
9.84
|
Electron configuration | [Xe] 4f14 5d1 6s2 |
Covalent radius Angstroms | 1.56 |
Electronegativity | 1.27 |
Atomic radius Angstroms | 1.75 |
Heat of vaporization kilojoules/mole |
355
|
Atomic volume cubic centimeters/mole |
17.8
|
Heat of fusion kilojoules/mole |
18.6
|
Ionization potential | 5.43 |
Specific heat capacity Joules/gram/degree Kelvin |
0.15
|
Thermal conductivity Watts/meter/degree Kelvin |
16.4
|
Mendelevium |
Atomic weight | 258 |
Atomic number | 101 |
Melting point | 1100 |
Symbol | Md |
Electron configuration | [Rn] 5f13 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.58 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Magnesium |
Atomic weight | 24.305 |
Atomic number | 12 |
Oxidation states | 2 |
Boiling point Kelvin | 1380 |
Melting point | 922 |
Symbol | Mg |
Density grams/cubic centimeter |
1.74
|
Electron configuration | [Ne] 3s2 |
Covalent radius Angstroms | 1.36 |
Electronegativity | 1.31 |
Atomic radius Angstroms | 1.6 |
Heat of vaporization kilojoules/mole |
127.6
|
Atomic volume cubic centimeters/mole |
14
|
Heat of fusion kilojoules/mole |
8.95
|
Ionization potential | 7.646 |
Specific heat capacity Joules/gram/degree Kelvin |
1.02
|
Thermal conductivity Watts/meter/degree Kelvin |
156
|
Manganese |
Atomic weight | 54.938 |
Atomic number | 25 |
Oxidation states | 7, 6, 4, 2, 3 |
Boiling point Kelvin | 2335 |
Melting point | 1518 |
Symbol | Mn |
Density grams/cubic centimeter |
7.44
|
Electron configuration | [Ar] 3d5 4s2 |
Covalent radius Angstroms | 1.17 |
Electronegativity | 1.55 |
Atomic radius Angstroms | 1.35 |
Heat of vaporization kilojoules/mole |
219.74
|
Atomic volume cubic centimeters/mole |
7.39
|
Heat of fusion kilojoules/mole |
14.64
|
Ionization potential | 7.435 |
Specific heat capacity Joules/gram/degree Kelvin |
0.48
|
Thermal conductivity Watts/meter/degree Kelvin |
7.82
|
Molybdenum |
Atomic weight | 95.94 |
Atomic number | 42 |
Oxidation states | 6, 5, 4, 3, 2 |
Boiling point Kelvin | 4912 |
Melting point | 2896 |
Symbol | Mo |
Density grams/cubic centimeter |
10.22
|
Electron configuration | [Kr] 4d5 5s1 |
Covalent radius Angstroms | 1.3 |
Electronegativity | 2.16 |
Atomic radius Angstroms | 1.39 |
Heat of vaporization kilojoules/mole |
590.4
|
Atomic volume cubic centimeters/mole |
9.4
|
Heat of fusion kilojoules/mole |
36
|
Ionization potential | 7.099 |
Specific heat capacity Joules/gram/degree Kelvin |
0.25
|
Thermal conductivity Watts/meter/degree Kelvin |
138
|
Meitnerium |
Atomic weight | 266 |
Atomic number | 109 |
Symbol | Mt |
Electron configuration | [Rn] 5f14 6d7 7s2 |
Nitrogen |
Atomic weight | 14.0067 |
Atomic number | 7 |
Oxidation states | +/-3, 5, 4, 2 |
Boiling point Kelvin | 77.344 |
Melting point | 63.15 |
Symbol | N |
Density grams/cubic centimeter |
1.251
|
Electron configuration | 1s2 2s2 p3 |
Covalent radius Angstroms | 0.75 |
Electronegativity | 3.04 |
Atomic radius Angstroms | 0.92 |
Heat of vaporization kilojoules/mole |
2.7928
|
Atomic volume cubic centimeters/mole |
17.3
|
Heat of fusion kilojoules/mole |
0.36
|
Ionization potential | 14.534 |
Specific heat capacity Joules/gram/degree Kelvin |
1.042
|
Thermal conductivity Watts/meter/degree Kelvin |
0.02598
|
Sodium |
Atomic weight | 22.98977 |
Atomic number | 11 |
Oxidation states | 1 |
Boiling point Kelvin | 1156 |
Melting point | 371 |
Symbol | Na |
Density grams/cubic centimeter |
0.97
|
Electron configuration | [Ne] 3s1 |
Covalent radius Angstroms | 1.54 |
Electronegativity | 0.93 |
Atomic radius Angstroms | 1.9 |
Heat of vaporization kilojoules/mole |
98.01
|
Atomic volume cubic centimeters/mole |
23.7
|
Heat of fusion kilojoules/mole |
2.601
|
Ionization potential | 5.139 |
Specific heat capacity Joules/gram/degree Kelvin |
1.23
|
Thermal conductivity Watts/meter/degree Kelvin |
141
|
Niobium |
Atomic weight | 92.9064 |
Atomic number | 41 |
Oxidation states | 5, 3 |
Boiling point Kelvin | 5015 |
Melting point | 2742 |
Symbol | Nb |
Density grams/cubic centimeter |
8.57
|
Electron configuration | [Kr] 4d4 5s1 |
Covalent radius Angstroms | 1.34 |
Electronegativity | 1.6 |
Atomic radius Angstroms | 1.46 |
Heat of vaporization kilojoules/mole |
690.1
|
Atomic volume cubic centimeters/mole |
10.8
|
Heat of fusion kilojoules/mole |
26.9
|
Ionization potential | 6.88 |
Specific heat capacity Joules/gram/degree Kelvin |
0.265
|
Thermal conductivity Watts/meter/degree Kelvin |
53.7
|
Neodymium |
Atomic weight | 144.24 |
Atomic number | 60 |
Oxidation states | 3 |
Boiling point Kelvin | 3347 |
Melting point | 1294 |
Symbol | Nd |
Density grams/cubic centimeter |
7.01
|
Electron configuration | [Xe] 4f4 6s2 |
Covalent radius Angstroms | 1.64 |
Electronegativity | 1.14 |
Atomic radius Angstroms | 1.82 |
Heat of vaporization kilojoules/mole |
283.68
|
Atomic volume cubic centimeters/mole |
20.6
|
Heat of fusion kilojoules/mole |
10.88
|
Ionization potential | 5.49 |
Specific heat capacity Joules/gram/degree Kelvin |
0.19
|
Thermal conductivity Watts/meter/degree Kelvin |
16.5
|
Neon |
Atomic weight | 20.1797 |
Atomic number | 10 |
Boiling point Kelvin | 27.1 |
Melting point | 24.55 |
Symbol | Ne |
Density grams/cubic centimeter |
0.900
|
Electron configuration | 1s2 2s2 p6 |
Covalent radius Angstroms | 0.71 |
Electronegativity | 0 |
Atomic radius Angstroms | 0.51 |
Heat of vaporization kilojoules/mole |
1.77
|
Atomic volume cubic centimeters/mole |
16.9
|
Heat of fusion kilojoules/mole |
0.34
|
Ionization potential | 21.564 |
Specific heat capacity Joules/gram/degree Kelvin |
1.03
|
Thermal conductivity Watts/meter/degree Kelvin |
0.0493
|
Nickel |
Atomic weight | 58.6934 |
Atomic number | 28 |
Oxidation states | 2, 3 |
Boiling point Kelvin | 3005 |
Melting point | 1726 |
Symbol | Ni |
Density grams/cubic centimeter |
8.9
|
Electron configuration | [Ar] 3d8 4s2 |
Covalent radius Angstroms | 1.15 |
Electronegativity | 1.91 |
Atomic radius Angstroms | 1.24 |
Heat of vaporization kilojoules/mole |
377.5
|
Atomic volume cubic centimeters/mole |
6.6
|
Heat of fusion kilojoules/mole |
17.2
|
Ionization potential | 7.635 |
Specific heat capacity Joules/gram/degree Kelvin |
0.444
|
Thermal conductivity Watts/meter/degree Kelvin |
90.7
|
Nobelium |
Atomic weight | 259 |
Atomic number | 102 |
Melting point | 1100 |
Symbol | No |
Electron configuration | [Rn] 5f14 7s2 |
Electronegativity | 1.3 |
Ionization potential | 6.65 |
Thermal conductivity Watts/meter/degree Kelvin |
10
|
Neptunium |
Atomic weight | 237.0482 |
Atomic number | 93 |
Oxidation states | 6, 5, 4, 3 |
Boiling point Kelvin | 4175 |
Melting point | 912 |
Symbol | Np |
Density grams/cubic centimeter |
20.2
|
Electron configuration | [Rn] 5f4 6d1 7s2 |
Electronegativity | 1.36 |
Atomic radius Angstroms | 1.3 |
Atomic volume cubic centimeters/mole |
21.1
|
Ionization potential | 6.19 |
Thermal conductivity Watts/meter/degree Kelvin |
6.3
|
Oxygen |
Atomic weight | 15.9994 |
Atomic number | 8 |
Oxidation states | -2 |
Boiling point Kelvin | 90.188 |
Melting point | 54.8 |
Symbol | O |
Density grams/cubic centimeter |
1.429
|
Electron configuration | 1s2 2s2 p4 |
Covalent radius Angstroms | 0.73 |
Electronegativity | 3.44 |
Atomic radius Angstroms | 0.65 |
Heat of vaporization kilojoules/mole |
3.4109
|
Atomic volume cubic centimeters/mole |
14
|
Heat of fusion kilojoules/mole |
0.222
|
Ionization potential | 13.618 |
Specific heat capacity Joules/gram/degree Kelvin |
0.92
|
Thermal conductivity Watts/meter/degree Kelvin |
0.2674
|
Osmium |
Atomic weight | 190.2 |
Atomic number | 76 |
Oxidation states | 2, 3, 4, 6, 8 |
Boiling point Kelvin | 5300 |
Melting point | 3300 |
Symbol | Os |
Density grams/cubic centimeter |
22.6
|
Electron configuration | [Xe] 4f14 5d6 6s2 |
Covalent radius Angstroms | 1.26 |
Electronegativity | 2.2 |
Atomic radius Angstroms | 1.35 |
Heat of vaporization kilojoules/mole |
627.6
|
Atomic volume cubic centimeters/mole |
8.43
|
Heat of fusion kilojoules/mole |
29.29
|
Ionization potential | 8.7 |
Specific heat capacity Joules/gram/degree Kelvin |
0.13
|
Thermal conductivity Watts/meter/degree Kelvin |
87.6
|
Phosphorus |
Atomic weight | 30.97376 |
Atomic number | 15 |
Oxidation states | +/-3, 5, 4 |
Boiling point Kelvin | 553 |
Melting point | 317.3 |
Symbol | P |
Density grams/cubic centimeter |
1.82
|
Electron configuration | [Ne] 3s2 p3 |
Covalent radius Angstroms | 1.06 |
Electronegativity | 2.19 |
Atomic radius Angstroms | 1.28 |
Heat of vaporization kilojoules/mole |
12.4
|
Atomic volume cubic centimeters/mole |
17
|
Heat of fusion kilojoules/mole |
0.63
|
Ionization potential | 10.486 |
Specific heat capacity Joules/gram/degree Kelvin |
0.769
|
Thermal conductivity Watts/meter/degree Kelvin |
0.235
|
Protactinium |
Atomic weight | 231.0359 |
Atomic number | 91 |
Oxidation states | 5, 4 |
Boiling point Kelvin | 4300 |
Melting point | 1845 |
Symbol | Pa |
Density grams/cubic centimeter |
15.4
|
Electron configuration | [Rn] 5f2 6d1 7s2 |
Electronegativity | 1.5 |
Atomic radius Angstroms | 1.61 |
Atomic volume cubic centimeters/mole |
15
|
Ionization potential | 5.88 |
Thermal conductivity Watts/meter/degree Kelvin |
47
|
Lead |
Atomic weight | 207.2 |
Atomic number | 82 |
Oxidation states | 4, 2 |
Boiling point Kelvin | 2023 |
Melting point | 600.65 |
Symbol | Pb |
Density grams/cubic centimeter |
11.35
|
Electron configuration | [Xe] 4f14 5d10 6s2 p2 |
Covalent radius Angstroms | 1.47 |
Electronegativity | 2.33 |
Atomic radius Angstroms | 1.75 |
Heat of vaporization kilojoules/mole |
177.9
|
Atomic volume cubic centimeters/mole |
18.3
|
Heat of fusion kilojoules/mole |
4.77
|
Ionization potential | 7.416 |
Specific heat capacity Joules/gram/degree Kelvin |
0.129
|
Thermal conductivity Watts/meter/degree Kelvin |
35.3
|
Palladium |
Atomic weight | 106.42 |
Atomic number | 46 |
Oxidation states | 2, 4 |
Boiling point Kelvin | 3240 |
Melting point | 1825 |
Symbol | Pd |
Density grams/cubic centimeter |
12
|
Electron configuration | [Kr] 4d10 |
Covalent radius Angstroms | 1.28 |
Electronegativity | 2.2 |
Atomic radius Angstroms | 1.37 |
Heat of vaporization kilojoules/mole |
393.3
|
Atomic volume cubic centimeters/mole |
8.9
|
Heat of fusion kilojoules/mole |
16.74
|
Ionization potential | 8.34 |
Specific heat capacity Joules/gram/degree Kelvin |
0.244
|
Thermal conductivity Watts/meter/degree Kelvin |
71.8
|
Promethium |
Atomic weight | 145 |
Atomic number | 61 |
Oxidation states | 3 |
Boiling point Kelvin | 3273 |
Melting point | 1315 |
Symbol | Pm |
Density grams/cubic centimeter |
7.22
|
Electron configuration | [Xe] 4f5 6s2 |
Covalent radius Angstroms | 1.63 |
Electronegativity | 1.13 |
Atomic volume cubic centimeters/mole |
22.4
|
Ionization potential | 5.55 |
Thermal conductivity Watts/meter/degree Kelvin |
17.9
|
Polonium |
Atomic weight | 209 |
Atomic number | 84 |
Oxidation states | 4, 2 |
Melting point | 527 |
Symbol | Po |
Density grams/cubic centimeter |
9.3
|
Electron configuration | [Xe] 4f14 5d10 6s2 p4 |
Covalent radius Angstroms | 1.53 |
Electronegativity | 2 |
Atomic radius Angstroms | 1.67 |
Heat of vaporization kilojoules/mole |
120
|
Atomic volume cubic centimeters/mole |
22.7
|
Heat of fusion kilojoules/mole |
13
|
Ionization potential | 8.42 |
Thermal conductivity Watts/meter/degree Kelvin |
20
|
Praseodymium |
Atomic weight | 140.9077 |
Atomic number | 59 |
Oxidation states | 3, 4 |
Boiling point Kelvin | 3785 |
Melting point | 1204 |
Symbol | Pr |
Density grams/cubic centimeter |
6.77
|
Electron configuration | [Xe] 4f3 6s2 |
Covalent radius Angstroms | 1.65 |
Electronegativity | 1.13 |
Atomic radius Angstroms | 1.82 |
Heat of vaporization kilojoules/mole |
332.63
|
Atomic volume cubic centimeters/mole |
20.8
|
Heat of fusion kilojoules/mole |
10.04
|
Ionization potential | 5.42 |
Specific heat capacity Joules/gram/degree Kelvin |
0.193
|
Thermal conductivity Watts/meter/degree Kelvin |
12.5
|
Platinum |
Atomic weight | 195.08 |
Atomic number | 78 |
Oxidation states | 2, 4 |
Boiling point Kelvin | 4100 |
Melting point | 2042.1 |
Symbol | Pt |
Density grams/cubic centimeter |
21.45
|
Electron configuration | [Xe] 4f14 5d9 6s1 |
Covalent radius Angstroms | 1.3 |
Electronegativity | 2.28 |
Atomic radius Angstroms | 1.39 |
Heat of vaporization kilojoules/mole |
510.45
|
Atomic volume cubic centimeters/mole |
9.1
|
Heat of fusion kilojoules/mole |
19.66
|
Ionization potential | 9 |
Specific heat capacity Joules/gram/degree Kelvin |
0.13
|
Thermal conductivity Watts/meter/degree Kelvin |
71.6
|
Plutonium |
Atomic weight | 244 |
Atomic number | 94 |
Oxidation states | 6, 5, 4, 3 |
Boiling point Kelvin | 3505 |
Melting point | 913 |
Symbol | Pu |
Density grams/cubic centimeter |
19.84
|
Electron configuration | [Rn] 5f6 7s2 |
Electronegativity | 1.28 |
Atomic radius Angstroms | 1.51 |
Atomic volume cubic centimeters/mole |
12.32
|
Ionization potential | 6.06 |
Specific heat capacity Joules/gram/degree Kelvin |
0.13
|
Thermal conductivity Watts/meter/degree Kelvin |
6.74
|
Radium |
Atomic weight | 226.0254 |
Atomic number | 88 |
Oxidation states | 2 |
Boiling point Kelvin | 1413 |
Melting point | 973 |
Symbol | Ra |
Density grams/cubic centimeter |
5
|
Electron configuration | [Rn] 7s2 |
Electronegativity | 0.89 |
Atomic radius Angstroms | 2.33 |
Heat of vaporization kilojoules/mole |
136.82
|
Atomic volume cubic centimeters/mole |
45.2
|
Heat of fusion kilojoules/mole |
8.37
|
Ionization potential | 5.279 |
Specific heat capacity Joules/gram/degree Kelvin |
0.094
|
Thermal conductivity Watts/meter/degree Kelvin |
18.6
|
Rubidium |
Atomic weight | 85.4678 |
Atomic number | 37 |
Oxidation states | 1 |
Boiling point Kelvin | 961 |
Melting point | 312.63 |
Symbol | Rb |
Density grams/cubic centimeter |
1.532
|
Electron configuration | [Kr] 5s1 |
Covalent radius Angstroms | 2.16 |
Electronegativity | 0.82 |
Atomic radius Angstroms | 2.48 |
Heat of vaporization kilojoules/mole |
69.2
|
Atomic volume cubic centimeters/mole |
55.9
|
Heat of fusion kilojoules/mole |
2.34
|
Ionization potential | 4.177 |
Specific heat capacity Joules/gram/degree Kelvin |
0.363
|
Thermal conductivity Watts/meter/degree Kelvin |
58.2
|
Rhenium |
Atomic weight | 186.207 |
Atomic number | 75 |
Oxidation states | 7, 6, 4, 2, -1 |
Boiling point Kelvin | 5870 |
Melting point | 3455 |
Symbol | Re |
Density grams/cubic centimeter |
21
|
Electron configuration | [Xe] 4f14 5d5 6s2 |
Covalent radius Angstroms | 1.28 |
Electronegativity | 1.9 |
Atomic radius Angstroms | 1.37 |
Heat of vaporization kilojoules/mole |
707.1
|
Atomic volume cubic centimeters/mole |
8.85
|
Heat of fusion kilojoules/mole |
33.05
|
Ionization potential | 7.88 |
Specific heat capacity Joules/gram/degree Kelvin |
0.137
|
Thermal conductivity Watts/meter/degree Kelvin |
47.9
|
Rutherfordium |
Atomic weight | 261 |
Atomic number | 104 |
Symbol | Rf |
Electron configuration | [Rn] 5f14 6d2 7s2 |
Rhodium |
Atomic weight | 102.9055 |
Atomic number | 45 |
Oxidation states | 2, 3, 4 |
Boiling point Kelvin | 3970 |
Melting point | 2236 |
Symbol | Rh |
Density grams/cubic centimeter |
12.41
|
Electron configuration | [Kr] 4d8 5s1 |
Covalent radius Angstroms | 1.25 |
Electronegativity | 2.28 |
Atomic radius Angstroms | 1.34 |
Heat of vaporization kilojoules/mole |
495.39
|
Atomic volume cubic centimeters/mole |
8.3
|
Heat of fusion kilojoules/mole |
21.76
|
Ionization potential | 7.46 |
Specific heat capacity Joules/gram/degree Kelvin |
0.242
|
Thermal conductivity Watts/meter/degree Kelvin |
150
|
Radon |
Atomic weight | 222 |
Atomic number | 86 |
Boiling point Kelvin | 211.4 |
Melting point | 202 |
Symbol | Rn |
Density grams/cubic centimeter |
9.73
|
Electron configuration | [Xe] 4f14 5d10 6s2 p6 |
Electronegativity | 0 |
Atomic radius Angstroms | 1.34 |
Heat of vaporization kilojoules/mole |
16.4
|
Atomic volume cubic centimeters/mole |
50.5
|
Heat of fusion kilojoules/mole |
2.9
|
Ionization potential | 10.748 |
Specific heat capacity Joules/gram/degree Kelvin |
0.094
|
Thermal conductivity Watts/meter/degree Kelvin |
0.00364
|
Ruthenium |
Atomic weight | 101.07 |
Atomic number | 44 |
Oxidation states | 2, 3, 4, 6, 8 |
Boiling point Kelvin | 4425 |
Melting point | 2610 |
Symbol | Ru |
Density grams/cubic centimeter |
12.37
|
Electron configuration | [Kr] 4d7 5s1 |
Covalent radius Angstroms | 1.25 |
Electronegativity | 2.2 |
Atomic radius Angstroms | 1.34 |
Heat of vaporization kilojoules/mole |
567.77
|
Atomic volume cubic centimeters/mole |
8.3
|
Heat of fusion kilojoules/mole |
25.52
|
Ionization potential | 7.37 |
Specific heat capacity Joules/gram/degree Kelvin |
0.238
|
Thermal conductivity Watts/meter/degree Kelvin |
117
|
Sulfur |
Atomic weight | 32.066 |
Atomic number | 16 |
Oxidation states | +/-2, 4, 6 |
Boiling point Kelvin | 717.82 |
Melting point | 392.2 |
Symbol | S |
Density grams/cubic centimeter |
2.07
|
Electron configuration | [Ne] 3s2 p4 |
Covalent radius Angstroms | 1.02 |
Electronegativity | 2.58 |
Atomic radius Angstroms | 1.27 |
Heat of vaporization kilojoules/mole |
10
|
Atomic volume cubic centimeters/mole |
15.5
|
Heat of fusion kilojoules/mole |
1.73
|
Ionization potential | 10.36 |
Specific heat capacity Joules/gram/degree Kelvin |
0.71
|
Thermal conductivity Watts/meter/degree Kelvin |
0.269
|
Silver |
Atomic weight | 107.868 |
Atomic number | 47 |
Oxidation states | 1 |
Boiling point Kelvin | 2436 |
Melting point | 1235.08 |
Symbol | Ag |
Density grams/cubic centimeter |
10.5
|
Electron configuration | [Kr] 4d10 5s1 |
Covalent radius Angstroms | 1.34 |
Electronegativity | 1.93 |
Atomic radius Angstroms | 1.44 |
Heat of vaporization kilojoules/mole |
250.63
|
Atomic volume cubic centimeters/mole |
10.3
|
Heat of fusion kilojoules/mole |
11.3
|
Ionization potential | 7.576 |
Specific heat capacity Joules/gram/degree Kelvin |
0.232
|
Thermal conductivity Watts/meter/degree Kelvin |
429
|
Scandium |
Atomic weight | 44.9559 |
Atomic number | 21 |
Oxidation states | 3 |
Boiling point Kelvin | 3109 |
Melting point | 1814 |
Symbol | Sc |
Density grams/cubic centimeter |
2.99
|
Electron configuration | [Ar] 3d1 4s2 |
Covalent radius Angstroms | 1.44 |
Electronegativity | 1.36 |
Atomic radius Angstroms | 1.62 |
Heat of vaporization kilojoules/mole |
304.8
|
Atomic volume cubic centimeters/mole |
15
|
Heat of fusion kilojoules/mole |
16.11
|
Ionization potential | 6.54 |
Specific heat capacity Joules/gram/degree Kelvin |
0.568
|
Thermal conductivity Watts/meter/degree Kelvin |
15.8
|
Selenium |
Atomic weight | 78.96 |
Atomic number | 34 |
Oxidation states | -2, 4, 6 |
Boiling point Kelvin | 958 |
Melting point | 494 |
Symbol | Se |
Density grams/cubic centimeter |
4.79
|
Electron configuration | [Ar] 3d10 4s2 p4 |
Covalent radius Angstroms | 1.16 |
Electronegativity | 2.55 |
Atomic radius Angstroms | 1.4 |
Heat of vaporization kilojoules/mole |
26.32
|
Atomic volume cubic centimeters/mole |
16.5
|
Heat of fusion kilojoules/mole |
5.54
|
Ionization potential | 9.752 |
Specific heat capacity Joules/gram/degree Kelvin |
0.32
|
Thermal conductivity Watts/meter/degree Kelvin |
2.04
|
Seaborgium |
Atomic weight | 263 |
Atomic number | 106 |
Symbol | Sg |
Electron configuration | [Rn] 5f14 6d4 7s2 |
Silicon |
Atomic weight | 28.0855 |
Atomic number | 14 |
Oxidation states | 4 |
Boiling point Kelvin | 2630 |
Melting point | 1683 |
Symbol | Si |
Density grams/cubic centimeter |
2.33
|
Electron configuration | [Ne] 3s2 p2 |
Covalent radius Angstroms | 1.11 |
Electronegativity | 1.9 |
Atomic radius Angstroms | 1.32 |
Heat of vaporization kilojoules/mole |
359
|
Atomic volume cubic centimeters/mole |
12.1
|
Heat of fusion kilojoules/mole |
50.2
|
Ionization potential | 8.151 |
Specific heat capacity Joules/gram/degree Kelvin |
0.70
|
Thermal conductivity Watts/meter/degree Kelvin |
148
|
Samarium |
Atomic weight | 150.36 |
Atomic number | 62 |
Oxidation states | 3, 2 |
Boiling point Kelvin | 2067 |
Melting point | 1347 |
Symbol | Sm |
Density grams/cubic centimeter |
7.52
|
Electron configuration | [Xe] 4f6 6s2 |
Covalent radius Angstroms | 1.62 |
Electronegativity | 1.17 |
Atomic radius Angstroms | 1.81 |
Heat of vaporization kilojoules/mole |
191.63
|
Atomic volume cubic centimeters/mole |
19.9
|
Heat of fusion kilojoules/mole |
11.09
|
Ionization potential | 5.63 |
Specific heat capacity Joules/gram/degree Kelvin |
0.197
|
Thermal conductivity Watts/meter/degree Kelvin |
13.3
|
Strontium |
Atomic weight | 87.62 |
Atomic number | 38 |
Oxidation states | 2 |
Boiling point Kelvin | 1655 |
Melting point | 1042 |
Symbol | Sr |
Density grams/cubic centimeter |
2.54
|
Electron configuration | [Kr] 5s2 |
Covalent radius Angstroms | 1.91 |
Electronegativity | 0.95 |
Atomic radius Angstroms | 2.15 |
Heat of vaporization kilojoules/mole |
136.9
|
Atomic volume cubic centimeters/mole |
33.7
|
Heat of fusion kilojoules/mole |
8.2
|
Ionization potential | 5.695 |
Specific heat capacity Joules/gram/degree Kelvin |
0.3
|
Thermal conductivity Watts/meter/degree Kelvin |
35.3
|
Tantalum |
Atomic weight | 180.9479 |
Atomic number | 73 |
Oxidation states | 5 |
Boiling point Kelvin | 5730 |
Melting point | 3293 |
Symbol | Ta |
Density grams/cubic centimeter |
16.65
|
Electron configuration | [Xe] 4f14 5d3 6s2 |
Covalent radius Angstroms | 1.34 |
Electronegativity | 1.5 |
Atomic radius Angstroms | 1.49 |
Heat of vaporization kilojoules/mole |
737
|
Atomic volume cubic centimeters/mole |
10.9
|
Heat of fusion kilojoules/mole |
36
|
Ionization potential | 7.89 |
Specific heat capacity Joules/gram/degree Kelvin |
0.14
|
Thermal conductivity Watts/meter/degree Kelvin |
57.5
|
Terbium |
Atomic weight | 158.9253 |
Atomic number | 65 |
Oxidation states | 3, 4 |
Boiling point Kelvin | 3500 |
Melting point | 1629 |
Symbol | Tb |
Density grams/cubic centimeter |
8.23
|
Electron configuration | [Xe] 4f9 6s2 |
Covalent radius Angstroms | 1.59 |
Electronegativity | 1.1 |
Atomic radius Angstroms | 1.8 |
Atomic volume cubic centimeters/mole |
19.2
|
Heat of fusion kilojoules/mole |
15.48
|
Ionization potential | 5.86 |
Specific heat capacity Joules/gram/degree Kelvin |
0.18
|
Thermal conductivity Watts/meter/degree Kelvin |
11.1
|
Technetium |
Atomic weight | 98 |
Atomic number | 43 |
Oxidation states | 7 |
Boiling point Kelvin | 4538 |
Melting point | 2477 |
Symbol | Tc |
Density grams/cubic centimeter |
11.5
|
Electron configuration | [Kr] 4d5 5s2 |
Covalent radius Angstroms | 1.27 |
Electronegativity | 1.9 |
Atomic radius Angstroms | 1.36 |
Heat of vaporization kilojoules/mole |
502
|
Atomic volume cubic centimeters/mole |
8.5
|
Heat of fusion kilojoules/mole |
23
|
Ionization potential | 7.28 |
Specific heat capacity Joules/gram/degree Kelvin |
0.24
|
Thermal conductivity Watts/meter/degree Kelvin |
50.6
|
Tellurium |
Atomic weight | 127.6 |
Atomic number | 52 |
Oxidation states | -2, 4, 6 |
Boiling point Kelvin | 1261 |
Melting point | 722.72 |
Symbol | Te |
Density grams/cubic centimeter |
6.24
|
Electron configuration | [Kr] 4d10 5s2 p4 |
Covalent radius Angstroms | 1.36 |
Electronegativity | 2.1 |
Atomic radius Angstroms | 1.42 |
Heat of vaporization kilojoules/mole |
50.63
|
Atomic volume cubic centimeters/mole |
20.5
|
Heat of fusion kilojoules/mole |
17.49
|
Ionization potential | 9.009 |
Specific heat capacity Joules/gram/degree Kelvin |
0.202
|
Thermal conductivity Watts/meter/degree Kelvin |
2.35
|
Thorium |
Atomic weight | 232.0381 |
Atomic number | 90 |
Oxidation states | 4 |
Boiling point Kelvin | 5060 |
Melting point | 2028 |
Symbol | Th |
Density grams/cubic centimeter |
11.72
|
Electron configuration | [Rn] 6d2 7s2 |
Covalent radius Angstroms | 1.65 |
Electronegativity | 1.3 |
Atomic radius Angstroms | 1.8 |
Heat of vaporization kilojoules/mole |
543.92
|
Atomic volume cubic centimeters/mole |
19.9
|
Heat of fusion kilojoules/mole |
15.65
|
Ionization potential | 6.08 |
Specific heat capacity Joules/gram/degree Kelvin |
0.113
|
Thermal conductivity Watts/meter/degree Kelvin |
54
|
Tin |
Atomic weight | 118.71 |
Atomic number | 50 |
Oxidation states | 4, 2 |
Boiling point Kelvin | 2876 |
Melting point | 505.12 |
Symbol | Sn |
Density grams/cubic centimeter |
7.31
|
Electron configuration | [Kr] 4d10 5s2 p2 |
Covalent radius Angstroms | 1.41 |
Electronegativity | 1.96 |
Atomic radius Angstroms | 1.62 |
Heat of vaporization kilojoules/mole |
290.37
|
Atomic volume cubic centimeters/mole |
16.3
|
Heat of fusion kilojoules/mole |
7.2
|
Ionization potential | 7.344 |
Specific heat capacity Joules/gram/degree Kelvin |
0.228
|
Thermal conductivity Watts/meter/degree Kelvin |
66.6
|
Titanium |
Atomic weight | 47.88 |
Atomic number | 22 |
Oxidation states | 4, 3 |
Boiling point Kelvin | 3560 |
Melting point | 1945 |
Symbol | Ti |
Density grams/cubic centimeter |
4.54
|
Electron configuration | [Ar] 3d2 4s2 |
Covalent radius Angstroms | 1.32 |
Electronegativity | 1.54 |
Atomic radius Angstroms | 1.45 |
Heat of vaporization kilojoules/mole |
425.2
|
Atomic volume cubic centimeters/mole |
10.6
|
Heat of fusion kilojoules/mole |
18.6
|
Ionization potential | 6.82 |
Specific heat capacity Joules/gram/degree Kelvin |
0.523
|
Thermal conductivity Watts/meter/degree Kelvin |
21.9
|
Thallium |
Atomic weight | 204.383 |
Atomic number | 81 |
Oxidation states | 3, 1 |
Boiling point Kelvin | 1746 |
Melting point | 577 |
Symbol | Tl |
Density grams/cubic centimeter |
11.85
|
Electron configuration | [Xe] 4f14 5d10 6s2 p1 |
Covalent radius Angstroms | 1.48 |
Electronegativity | 2.04 |
Atomic radius Angstroms | 1.71 |
Heat of vaporization kilojoules/mole |
162.09
|
Atomic volume cubic centimeters/mole |
17.2
|
Heat of fusion kilojoules/mole |
4.27
|
Ionization potential | 6.108 |
Specific heat capacity Joules/gram/degree Kelvin |
0.129
|
Thermal conductivity Watts/meter/degree Kelvin |
46.1
|
Thulium |
Atomic weight | 168.9342 |
Atomic number | 69 |
Oxidation states | 3, 2 |
Boiling point Kelvin | 2223 |
Melting point | 1818 |
Symbol | Tm |
Density grams/cubic centimeter |
9.32
|
Electron configuration | [Xe] 4f13 6s2 |
Covalent radius Angstroms | 1.56 |
Electronegativity | 1.25 |
Atomic radius Angstroms | 1.77 |
Heat of vaporization kilojoules/mole |
191
|
Atomic volume cubic centimeters/mole |
18.1
|
Heat of fusion kilojoules/mole |
16.8
|
Ionization potential | 6.184 |
Specific heat capacity Joules/gram/degree Kelvin |
0.16
|
Thermal conductivity Watts/meter/degree Kelvin |
16.8
|
Uranium |
Atomic weight | 238.029 |
Atomic number | 92 |
Oxidation states | 6, 5, 4, 3 |
Boiling point Kelvin | 4407 |
Melting point | 1408 |
Symbol | U |
Density grams/cubic centimeter |
18.95
|
Electron configuration | [Rn] 5f3 6d1 7s2 |
Covalent radius Angstroms | 1.42 |
Electronegativity | 1.38 |
Atomic radius Angstroms | 1.38 |
Heat of vaporization kilojoules/mole |
422.58
|
Atomic volume cubic centimeters/mole |
12.5
|
Heat of fusion kilojoules/mole |
15.48
|
Ionization potential | 6.05 |
Specific heat capacity Joules/gram/degree Kelvin |
0.12
|
Thermal conductivity Watts/meter/degree Kelvin |
27.6
|
ununbium |
Atomic weight | 277 |
Atomic number | 112 |
Symbol | Uub |
Electron configuration | [Rn] 5f14 6d10 7s2 |
ununnilium |
Atomic weight | 269 |
Atomic number | 110 |
Symbol | Uun |
Electron configuration | [Rn] 5f14 6d8 7s2 |
unununium |
Atomic weight | 272 |
Atomic number | 111 |
Symbol | Uuu |
Electron configuration | [Rn] 5f14 6d9 7s2 |
Vanadium |
Atomic weight | 50.9415 |
Atomic number | 23 |
Oxidation states | 5, 4, 3, 2 |
Boiling point Kelvin | 3650 |
Melting point | 2163 |
Symbol | V |
Density grams/cubic centimeter |
6.11
|
Electron configuration | [Ar] 3d3 4s2 |
Covalent radius Angstroms | 1.22 |
Electronegativity | 1.63 |
Atomic radius Angstroms | 1.34 |
Heat of vaporization kilojoules/mole |
446.7
|
Atomic volume cubic centimeters/mole |
8.35
|
Heat of fusion kilojoules/mole |
20.8
|
Ionization potential | 6.74 |
Specific heat capacity Joules/gram/degree Kelvin |
0.489
|
Thermal conductivity Watts/meter/degree Kelvin |
30.7
|
Tungsten |
Atomic weight | 183.85 |
Atomic number | 74 |
Oxidation states | 6, 5, 4, 3, 2 |
Boiling point Kelvin | 5825 |
Melting point | 3695 |
Symbol | W |
Density grams/cubic centimeter |
19.3
|
Electron configuration | [Xe] 4f14 5d4 6s2 |
Covalent radius Angstroms | 1.3 |
Electronegativity | 2.36 |
Atomic radius Angstroms | 1.41 |
Heat of vaporization kilojoules/mole |
422.58
|
Atomic volume cubic centimeters/mole |
9.53
|
Heat of fusion kilojoules/mole |
35.4
|
Ionization potential | 7.98 |
Specific heat capacity Joules/gram/degree Kelvin |
0.13
|
Thermal conductivity Watts/meter/degree Kelvin |
174
|
Xenon |
Atomic weight | 131.29 |
Atomic number | 54 |
Boiling point Kelvin | 165.1 |
Melting point | 161.39 |
Symbol | Xe |
Density grams/cubic centimeter |
5.9
|
Electron configuration | [Kr] 4d10 5s2 p6 |
Covalent radius Angstroms | 1.31 |
Electronegativity | 2.6 |
Atomic radius Angstroms | 1.24 |
Heat of vaporization kilojoules/mole |
12.64
|
Atomic volume cubic centimeters/mole |
42.9
|
Heat of fusion kilojoules/mole |
2.3
|
Ionization potential | 12.13 |
Specific heat capacity Joules/gram/degree Kelvin |
0.158
|
Thermal conductivity Watts/meter/degree Kelvin |
0.00569
|
Yttrium |
Atomic weight | 88.9059 |
Atomic number | 39 |
Oxidation states | 3 |
Boiling point Kelvin | 3611 |
Melting point | 1795 |
Symbol | Y |
Density grams/cubic centimeter |
4.47
|
Electron configuration | [Kr] 4d1 5s2 |
Covalent radius Angstroms | 1.62 |
Electronegativity | 1.22 |
Atomic radius Angstroms | 1.78 |
Heat of vaporization kilojoules/mole |
363.3
|
Atomic volume cubic centimeters/mole |
19.8
|
Heat of fusion kilojoules/mole |
17.5
|
Ionization potential | 6.38 |
Specific heat capacity Joules/gram/degree Kelvin |
0.3
|
Thermal conductivity Watts/meter/degree Kelvin |
17.2
|
Ytterbium |
Atomic weight | 173.04 |
Atomic number | 70 |
Oxidation states | 3, 2 |
Boiling point Kelvin | 1469 |
Melting point | 1092 |
Symbol | Yb |
Density grams/cubic centimeter |
6.97
|
Electron configuration | [Xe] 4f14 6s2 |
Covalent radius Angstroms | 1.7 |
Electronegativity | 1.1 |
Atomic radius Angstroms | 1.94 |
Heat of vaporization kilojoules/mole |
128
|
Atomic volume cubic centimeters/mole |
24.8
|
Heat of fusion kilojoules/mole |
7.7
|
Ionization potential | 6.254 |
Specific heat capacity Joules/gram/degree Kelvin |
0.155
|
Thermal conductivity Watts/meter/degree Kelvin |
34.9
|
Zinc |
Atomic weight | 65.39 |
Atomic number | 30 |
Oxidation states | 2 |
Boiling point Kelvin | 1180 |
Melting point | 692.73 |
Symbol | Zn |
Density grams/cubic centimeter |
7.13
|
Electron configuration | [Ar] 3d10 4s2 |
Covalent radius Angstroms | 1.25 |
Electronegativity | 1.65 |
Atomic radius Angstroms | 1.38 |
Heat of vaporization kilojoules/mole |
115.3
|
Atomic volume cubic centimeters/mole |
9.2
|
Heat of fusion kilojoules/mole |
7.38
|
Ionization potential | 9.394 |
Specific heat capacity Joules/gram/degree Kelvin |
0.388
|
Thermal conductivity Watts/meter/degree Kelvin |
116
|
Zirconium |
Atomic weight | 91.224 |
Atomic number | 40 |
Oxidation states | 4 |
Boiling point Kelvin | 4682 |
Melting point | 2128 |
Symbol | Zr |
Density grams/cubic centimeter |
6.51
|
Electron configuration | [Kr] 4d2 5s2 |
Covalent radius Angstroms | 1.45 |
Electronegativity | 1.33 |
Atomic radius Angstroms | 1.6 |
Heat of vaporization kilojoules/mole |
590.5
|
Atomic volume cubic centimeters/mole |
14.1
|
Heat of fusion kilojoules/mole |
21
|
Ionization potential | 6.84 |
Specific heat capacity Joules/gram/degree Kelvin |
0.278
|
Thermal conductivity Watts/meter/degree Kelvin |
22.7
|