Misplaced Pages

List of chemical elements: Difference between revisions

Article snapshot taken from Wikipedia with creative commons attribution-sharealike license. Give it a read and then ask your questions in the chat. We can research this topic together.
Browse history interactively← Previous editContent deleted Content addedVisualWikitext
Revision as of 20:09, 6 December 2013 editChris857 (talk | contribs)Autopatrolled, Extended confirmed users17,813 edits Undid revision 584893637 by 49.144.7.138 (talk) test edit← Previous edit Latest revision as of 12:56, 15 December 2024 edit undoDirac66 (talk | contribs)Extended confirmed users17,945 edits →See also: Added Extended periodic table 
(970 intermediate revisions by more than 100 users not shown)
Line 1: Line 1:
{{Short description|none}}
The following is a list of the 118 identified ]s.
{{Use Oxford spelling|date=September 2020}}
118 ]s have been ] and named officially by ]. A chemical element, often simply called an element, is a type of ] which has a specific number of ]s in its ] (i.e., a specific ], or ''Z'').<ref>{{GoldBookRef|title=chemical element |file=C01022 }}</ref>

The definitive visualisation of all 118 elements is the ], whose ] along the principles of the ] was one of the founding developments of modern ]. It is a tabular arrangement of the elements by their chemical properties that usually uses abbreviated ] in place of full element names, but the linear list format presented here is also useful. Like the periodic table, the list below organizes the elements by the number of protons in their atoms; it can also be organized by other properties, such as ], ], and ]. For more detailed information about the origins of element names, see ].


==List== ==List==
{{List of chemical elements}}
{| class="wikitable sortable"

|-
==See also==
!]<br><br>

!]<br><br>
* ]
!]<br><br>
* ]
!Origin of name<ref></ref><br>
* ]
!]<br><br>
* ]
!]<br><br>
* ] Theories about undiscovered elements
!]<br>] ]<br>
!]<br>] / ]<br>
!]<br>]<br>
!]<br>]<br>
!]<br>]/]·]<br>
!]{{ref|10|10}}
!]<br>] / ]<br>
|-style="display:none;"
| −999 || !a || !a || −999 || −999 || −999 || −999 || −999 || −999 || −999 || −999 || −999
|-
| 1 || style="background-color:#a1ffc3" | H || ] || the ] 'hydro' and 'genes' meaning ''water-forming'' || 1 || 1 || {{sort|001|1.008}}{{ref|2|2}} {{ref|3|3}} {{ref|4|4}} {{ref|9|9}} || 0.00008988 || 14.01 || 20.28 || 14.304 || 2.20 || 1400
|-
| 2 || style="background-color:#c0ffff" | He || ] || the Greek, 'helios' meaning ''sun'' || 18 || 1 || {{sort|004|4.002602(2)}}{{ref|2|2}} {{ref|4|4}} || 0.0001785 || 0.95{{ref|6|6}} || 4.22 || 5.193 || – || 0.008
|-
| 3 || style="background-color:#ff6666" | Li || ] || the Greek 'lithos' meaning ''stone''|| 1 || 2 || {{sort|007|6.94}}{{ref|2|2}} {{ref|3|3}} {{ref|4|4}} {{ref|5|5}} {{ref|9|9}} || 0.534 || 453.69 || 1560 || 3.582 || 0.98 || 20
|-
| 4 || style="background-color:#ffdead" | Be || ] || the Greek name for beryl, 'beryllo' || 2 || 2 || {{sort|009|9.012182(3)}} || 1.85 || 1560 || 2742 || 1.825 || 1.57 || 2.8
|-
| 5 || style="background-color:#cccc99" | B || ] || the ] 'buraq', which was the name for borax || 13 || 2 || {{sort|011|10.81{{ref|2|2}} {{ref|3|3}} {{ref|4|4}}}} {{ref|9|9}} || 2.34 || 2349 || 4200 || 1.026 || 2.04 || 10
|-
| 6 || style="background-color:#a1ffc3" | C || ] || the ] 'carbo', meaning ''charcoal'' || 14 || 2 || {{sort|012|12.011{{ref|2|2}} {{ref|4|4}}}} {{ref|9|9}} || 2.267 || 3800 || 4300 || 0.709 || 2.55 || 200
|-
| 7 || style="background-color:#e7ff8f" | N || ] || the Greek 'nitron' and 'genes' meaning ''nitre-forming'' || 15 || 2 || {{sort|014|14.007{{ref|2|2}} {{ref|4|4}}}} {{ref|9|9}} || 0.0012506 || 63.15 || 77.36 || 1.04 || 3.04 || 19
|-
| 8 || style="background-color:#e7ff8f" | O || ] || the Greek 'oxy' and 'genes' meaning ''acid-forming'' || 16 || 2 || {{sort|016|15.999{{ref|2|2}} {{ref|4|4}}}} {{ref|9|9}} || 0.001429 || 54.36 || 90.20 || 0.918 || 3.44 || 461000
|-
| 9 || style="background-color:#e7ff8f" | F || ] || the Latin 'fluere', meaning ''to flow'' || 17 || 2 || {{sort|019|18.9984032(5)}} || 0.001696 || 53.53 || 85.03 || 0.824 || 3.98 || 585
|-
| 10 || style="background-color:#c0ffff" | Ne || ] || the Greek 'neos', meaning ''new'' || 18 || 2 || {{sort|020|20.1797(6){{ref|2|2}} {{ref|3|3}}}} || 0.0008999 || 24.56 || 27.07 || 1.03 || – || 0.005
|-
| 11 || style="background-color:#ff6666" | Na || ] || the ] word ''soda'' (''natrium'' in Latin)<ref name=innvista></ref> || 1 || 3 || {{sort|023|22.98976928(2)}} || 0.971 || 370.87 || 1156 || 1.228 || 0.93 || 23600
|-
| 12 || style="background-color:#ffdead" | Mg || ] || ], a district of Eastern ] in ] || 2 || 3 || {{sort|024|24.305}}{{ref|9|9}} || 1.738 || 923 || 1363 || 1.023 || 1.31 || 23300
|-
| 13 || style="background-color:#cccccc" | Al || ] || the Latin name for alum, 'alumen' meaning ''bitter salt'' || 13 || 3 || {{sort|027|26.9815386(8)}} || 2.698 || 933.47 || 2792 || 0.897 || 1.61 || 82300
|-
| 14 || style="background-color:#cccc99" | Si || ] || the Latin 'silex' or 'silicis', meaning ''flint'' || 14 || 3 || {{sort|028|28.085}}{{ref|4|4}} {{ref|9|9}} || 2.3296 || 1687 || 3538 || 0.705 || 1.9 || 282000
|-
| 15 || style="background-color:#a1ffc3" | P || ] || the Greek 'phosphoros', meaning ''bringer of light'' || 15 || 3 || {{sort|031|30.973762(2)}} || 1.82 || 317.30 || 550 || 0.769 || 2.19 || 1050
|-
| 16 || style="background-color:#a1ffc3" | S || ] || Either from the ] 'sulvere', or the Latin 'sulfurium', both names for sulfur<ref name=innvista/> || 16 || 3 || {{sort|032|32.06}}{{ref|2|2}} {{ref|4|4}} {{ref|9|9}} || 2.067 || 388.36 || 717.87 || 0.71 || 2.58 || 350
|-
| 17 || style="background-color:#e7ff8f" | Cl || ] || the Greek 'chloros', meaning ''greenish yellow'' || 17 || 3 || {{sort|035|35.45}}{{ref|2|2}} {{ref|3|3}} {{ref|4|4}} {{ref|9|9}} || 0.003214 || 171.6 || 239.11 || 0.479 || 3.16 || 145
|-
| 18 || style="background-color:#c0ffff" | Ar || ] || the Greek, 'argos', meaning ''idle'' || 18 || 3 || {{sort|040|39.948(1)}}{{ref|2|2}} {{ref|4|4}} || 0.0017837 || 83.80 || 87.30 || 0.52 || – || 3.5
|-
| 19 || style="background-color:#ff6666" | K || ] || the English word ''potash'' (''kalium'' in Latin)<ref name=innvista/> || 1 || 4 || {{sort|039|39.0983(1)}} || 0.862 || 336.53 || 1032 || 0.757 || 0.82 || 20900
|-
| 20 || style="background-color:#ffdead" | Ca || ] || the Latin 'calx' meaning ''lime'' || 2 || 4 || {{sort|041|40.078(4)}}{{ref|2|2}} || 1.54 || 1115 || 1757 || 0.647 || 1 || 41500
|-
| 21 || style="background-color:#ffc0c0" | Sc || ] || ] (with the Latin name ''Scandia'') || 3 || 4 || {{sort|045|44.955912(6)}} || 2.989 || 1814 || 3109 || 0.568 || 1.36 || 22
|-
| 22 || style="background-color:#ffc0c0" | Ti || ] || ], the sons of the Earth goddess of Greek mythology || 4 || 4 || {{sort|048|47.867(1)}} || 4.54 || 1941 || 3560 || 0.523 || 1.54 || 5650
|-
| 23 || style="background-color:#ffc0c0" | V || ] || ], an old ] name for the Scandinavian goddess ] || 5 || 4 || {{sort|051|50.9415(1)}} || 6.11 || 2183 || 3680 || 0.489 || 1.63 || 120
|-
| 24 || style="background-color:#ffc0c0" | Cr || ] || the Greek 'chroma', meaning ''colour'' || 6 || 4 || {{sort|052|51.9961(6)}} || 7.15 || 2180 || 2944 || 0.449 || 1.66 || 102
|-
| 25 || style="background-color:#ffc0c0" | Mn || ] || Either the Latin 'magnes', meaning ''magnet'' or from the ''black magnesium oxide'', 'magnesia nigra' ||7 || 4 || {{sort|055|54.938045(5)}} || 7.44 || 1519 || 2334 || 0.479 || 1.55 || 950
|-
| 26 || style="background-color:#ffc0c0" | Fe || ] || the ] name ''iren'' (''ferrum'' in Latin) || 8 || 4 || {{sort|056|55.845(2)}} || 7.874 || 1811 || 3134 || 0.449 || 1.83 || 56300
|-
| 27 || style="background-color:#ffc0c0" | Co || ] || the ] word 'kobald', meaning ''goblin'' || 9 || 4 || {{sort|059|58.933195(5)}} || 8.86 || 1768 || 3200 || 0.421 || 1.88 || 25
|-
| 28 || style="background-color:#ffc0c0" | Ni || ] || the shortened of the German 'kupfernickel' meaning either ''devil's copper'' or ''St. Nicholas's copper'' || 10 || 4 || {{sort|058|58.6934(4)}} || 8.912 || 1728 || 3186 || 0.444 || 1.91 || 84
|-
| 29 || style="background-color:#ffc0c0" | Cu || ] || the Old English name ''coper'' in turn derived from the Latin 'Cyprium aes', meaning ''a metal from ]'' || 11 || 4 || {{sort|064|63.546(3)}}{{ref|4|4}} || 8.96 || 1357.77 || 2835 || 0.385 || 1.9 || 60
|-
| 30 || style="background-color:#ffc0c0" | Zn || ] || the German, 'zinc', which may in turn be derived from the ] word 'sing', meaning ''stone'' || 12 || 4 || {{sort|065|65.38(2)}} || 7.134 || 692.88 || 1180 || 0.388 || 1.65 || 70
|-
| 31 || style="background-color:#cccccc" | Ga || ] || ] (with the Latin name ''Gallia'') ||13 || 4 || {{sort|070|69.723(1)}} || 5.907 || 302.9146 || 2477 || 0.371 || 1.81 || 19
|-
| 32 || style="background-color:#cccc99" | Ge || ] || ] (with the Latin name ''Germania'') || 14 || 4 || {{sort|073|72.630(8)}} || 5.323 || 1211.40 || 3106 || 0.32 || 2.01 || 1.5
|-
| 33 || style="background-color:#cccc99" | As || ] || the Greek name 'arsenikon' for ''the yellow pigment ]'' || 15 || 4 || {{sort|075|74.92160(2)}} || 5.776 || {{sort|1090|1090 {{ref|7|7}}}} || 887 || 0.329 || 2.18 || 1.8
|-
| 34 || style="background-color:#a1ffc3" | Se || ] || ] (with the Greek name ''selene'') || 16 || 4 || {{sort|079|78.96(3)}}{{ref|4|4}} || 4.809 || 453 || 958 || 0.321 || 2.55 || 0.05
|-
| 35 || style="background-color:#e7ff8f" | Br || ] || the Greek 'bromos' meaning ''stench'' || 17 || 4 || {{sort|080|79.904}}{{ref|9|9}} || 3.122 || 265.8 || 332.0 || 0.474 || 2.96 || 2.4
|-
| 36 || style="background-color:#c0ffff" | Kr || ] || the Greek 'kryptos', meaning ''hidden'' || 18 || 4 || {{sort|084|83.798(2)}}{{ref|2|2}} {{ref|3|3}} || 0.003733 || 115.79 || 119.93 || 0.248 || 3 || {{sort|.0001|<0.001}}
|-
| 37 || style="background-color:#ff6666" | Rb || ] || the Latin 'rubidius', meaning ''deepest red'' || 1 || 5 || {{sort|085|85.4678(3)}}{{ref|2|2}} || 1.532 || 312.46 || 961 || 0.363 || 0.82 || 90
|-
| 38 || style="background-color:#ffdead" | Sr || ] || ], a small town in ] || 2 || 5 || {{sort|087|87.62(1)}}{{ref|2|2}} {{ref|4|4}} || 2.64 || 1050 || 1655 || 0.301 || 0.95 || 370
|-
| 39 || style="background-color:#ffc0c0" | Y || ] || ], ] || 3 || 5 || {{sort|089|88.90585(2)}} || 4.469 || 1799 || 3609 || 0.298 || 1.22 || 33
|-
| 40 || style="background-color:#ffc0c0" | Zr || ] || the Persian 'zargun', meaning ''gold coloured'' || 4 || 5 || {{sort|091|91.224(2)}}{{ref|2|2}} || 6.506 || 2128 || 4682 || 0.278 || 1.33 ||165
|-
| 41 || style="background-color:#ffc0c0" | Nb || ] || ], daughter of king ] from Greek mythology || 5 || 5 || {{sort|093|92.90638(2)}} || 8.57 || 2750 || 5017 || 0.265 || 1.6 || 20
|-
| 42 || style="background-color:#ffc0c0" | Mo || ] || the Greek 'molybdos' meaning ''lead'' || 6 || 5 || {{sort|096|95.96(2)}}{{ref|2|2}} || 10.22 || 2896 || 4912 || 0.251 || 2.16 || 1.2
|-
| 43 || style="background-color:#ffc0c0" | Tc || ] || the Greek 'tekhnetos' meaning ''artificial'' || 7 || 5 || {{sort|098|{{ref|1|1}}}} || 11.5 || 2430 || 4538 || – || 1.9 || {{sort|.0001|<0.001}}
|-
| 44 || style="background-color:#ffc0c0" | Ru || ] || ] (with the Latin name ''Ruthenia'') || 8 || 5 || 101.07(2){{ref|2|2}} || 12.37 || 2607 || 4423 || 0.238 || 2.2 || 0.001
|-
| 45 || style="background-color:#ffc0c0" | Rh || ] || the Greek 'rhodon', meaning ''rose coloured'' || 9 || 5 || 102.90550(2) || 12.41 || 2237 || 3968 || 0.243 || 2.28 || 0.001
|-
| 46 || style="background-color:#ffc0c0" | Pd || ] || the then recently-discovered asteroid ], considered a planet at the time || 10 || 5 || 106.42(1){{ref|2|2}} || 12.02 || 1828.05 || 3236 || 0.244 || 2.2 || 0.015
|-
| 47 || style="background-color:#ffc0c0" | Ag || ] || the ] name ''siolfur'' (''argentum'' in Latin)<ref name=innvista/> || 11 || 5 || 107.8682(2){{ref|2|2}} || 10.501 || 1234.93 || 2435 || 0.235 || 1.93 || 0.075
|-
| 48 || style="background-color:#ffc0c0" | Cd || ] || the Latin name for the mineral calmine, 'cadmia' || 12 || 5 || 112.411(8){{ref|2|2}} || 8.69 || 594.22 || 1040 || 0.232 || 1.69 || 0.159
|-
| 49 || style="background-color:#cccccc" | In || ] || the Latin 'indicium', meaning ''violet'' or ''indigo''|| 13 || 5 || 114.818(1) || 7.31 || 429.75 || 2345 || 0.233 || 1.78 || 0.25
|-
| 50 || style="background-color:#cccccc" | Sn || ] || the Anglo-Saxon word ''tin'' (''stannum'' in Latin, meaning ''hard'') || 14 || 5 || 118.710(7){{ref|2|2}} || 7.287 || 505.08 || 2875 || 0.228 || 1.96 || 2.3
|-
| 51 || style="background-color:#cccc99" | Sb || ] || the Greek 'anti – monos', meaning ''not alone'' (''stibium'' in Latin) || 15 || 5 || 121.760(1){{ref|2|2}} || 6.685 || 903.78 || 1860 || 0.207 || 2.05 || 0.2
|-
| 52 || style="background-color:#cccc99" | Te || ] || ], the third planet on ] (with the Latin word ''tellus'') || 16 || 5 || 127.60(3){{ref|2|2}} || 6.232 || 722.66 || 1261 || 0.202 || 2.1 || 0.001
|-
| 53 || style="background-color:#e7ff8f" | I || ] || the Greek 'iodes' meaning ''violet'' || 17 || 5 || 126.90447(3) || 4.93 || 386.85 || 457.4 || 0.214 || 2.66 || 0.45
|-
| 54 || style="background-color:#c0ffff" | Xe || ] || the Greek 'xenos' meaning ''stranger'' || 18 || 5 || 131.293(6){{ref|2|2}} {{ref|3|3}} || 0.005887 || 161.4 || 165.03 || 0.158 || 2.6 || {{sort|.0001|<0.001}}
|-
| 55 || style="background-color:#ff6666" | Cs || ] || the Latin 'caesius', meaning ''sky blue'' || 1 || 6 || 132.9054519(2) || 1.873 || 301.59 || 944 || 0.242 || 0.79 || 3
|-
| 56 || style="background-color:#ffdead" | Ba || ] || the Greek 'barys', meaning ''heavy'' || 2 || 6 || 137.327(7) || 3.594 || 1000 || 2170 || 0.204 || 0.89 || 425
|-
| 57 || style="background-color:#ffbfff" | La || ] || the Greek 'lanthanein', meaning ''to lie hidden'' || || 6 || 138.90547(7){{ref|2|2}} || 6.145 || 1193 || 3737 || 0.195 || 1.1 || 39
|-
| 58 || style="background-color:#ffbfff" | Ce || ] || ], the ] God of agriculture || || 6 || 140.116(1){{ref|2|2}} || 6.77 || 1068 || 3716 || 0.192 || 1.12 || 66.5
|-
| 59 || style="background-color:#ffbfff" | Pr || ] || the Greek 'prasios didymos' meaning ''green twin'' || || 6 || 140.90765(2) || 6.773 || 1208 || 3793 || 0.193 || 1.13 || 9.2
|-
| 60 || style="background-color:#ffbfff" | Nd || ] || the Greek 'neos didymos' meaning ''new twin'' || || 6 || 144.242(3){{ref|2|2}} || 7.007 || 1297 || 3347 || 0.19 || 1.14 || 41.5
|-
| 61 || style="background-color:#ffbfff" | Pm || ] || ] of Greek mythology who stole fire from the Gods and gave it to humans || || 6 || {{sort|145|{{ref|1|1}}}} || 7.26 || 1315 || 3273 || – || 1.13 || {{sort|.0001|<0.001}}
|-
| 62 || style="background-color:#ffbfff" | Sm || ] || ], the name of the mineral from which it was first isolated || || 6 || 150.36(2){{ref|2|2}} || 7.52 || 1345 || 2067 || 0.197 || 1.17 || 7.05
|-
| 63 || style="background-color:#ffbfff" | Eu || ] || ] || || 6 || 151.964(1){{ref|2|2}} || 5.243 || 1099 || 1802 || 0.182 || 1.2 || 2
|-
| 64 || style="background-color:#ffbfff" | Gd || ] || ], chemist, physicist and mineralogist || || 6 || 157.25(3){{ref|2|2}} || 7.895 || 1585 || 3546 || 0.236 || 1.2 || 6.2
|-
| 65 || style="background-color:#ffbfff" | Tb || ] || Ytterby, Sweden || || 6 || 158.92535(2) || 8.229 || 1629 || 3503 || 0.182 || 1.2 || 1.2
|-
| 66 || style="background-color:#ffbfff" | Dy || ] || the Greek 'dysprositos', meaning ''hard to get'' || || 6 || 162.500(1){{ref|2|2}} || 8.55 || 1680 || 2840 || 0.17 || 1.22 || 5.2
|-
| 67 || style="background-color:#ffbfff" | Ho || ] || ], Sweden (with the Latin name ''Holmia'') || ||6 || 164.93032(2) || 8.795 || 1734 || 2993 || 0.165 || 1.23 || 1.3
|-
| 68 || style="background-color:#ffbfff" | Er || ] || Ytterby, Sweden || ||6 || 167.259(3){{ref|2|2}} || 9.066 || 1802 || 3141 || 0.168 || 1.24 || 3.5
|-
| 69 || style="background-color:#ffbfff" | Tm || ] || ], the ancient name for Scandinavia || ||6 || 168.93421(2) || 9.321 || 1818 || 2223 || 0.16 || 1.25 || 0.52
|-
| 70 || style="background-color:#ffbfff" | Yb || ] || Ytterby, Sweden || ||6 || 173.054(5){{ref|2|2}} || 6.965 || 1097 || 1469 || 0.155 || 1.1 || 3.2
|-
| 71 || style="background-color:#ffbfff" | Lu || ] ||], France (with the Roman name ''Lutetia'') || 3 || 6 || 174.9668(1){{ref|2|2}} || 9.84 || 1925 || 3675 || 0.154 || 1.27 || 0.8
|-
| 72 || style="background-color:#ffc0c0" | Hf || ] ||], Denmark (with the Latin name ''Hafnia'')|| 4 || 6 || 178.49(2) || 13.31 || 2506 || 4876 || 0.144 || 1.3 || 3
|-
| 73 || style="background-color:#ffc0c0" | Ta || ] || King ], father of Niobe from Greek mythology || 5 || 6 || 180.94788(2) || 16.654 || 3290 || 5731 || 0.14 || 1.5 || 2
|-
| 74 || style="background-color:#ffc0c0" | W || ] || the Swedish 'tung sten' meaning ''heavy stone'' (W is ''wolfram'', the old name of the tungsten mineral wolframite)<ref name=innvista/> || 6 || 6 || 183.84(1) || 19.25 || 3695 || 5828 || 0.132 || 2.36 || 1.3
|-
| 75 || style="background-color:#ffc0c0" | Re || ] || ], a river that flows from ] in the eastern ] to the ] coast in the ] (with the Latin name ''Rhenia'') || 7 || 6 || 186.207(1) || 21.02 || 3459 || 5869 || 0.137 || 1.9 || {{sort|.0001|<0.001}}
|-
| 76 || style="background-color:#ffc0c0" | Os || ] || the Greek 'osme', meaning ''smell''|| 8 || 6 || 190.23(3){{ref|2|2}} || 22.61 || 3306 || 5285 || 0.13 || 2.2 || 0.002
|-
| 77 || style="background-color:#ffc0c0" | Ir || ] || ], the Greek goddess of the rainbow || 9 || 6 || 192.217(3) || 22.56 || 2719 || 4701 || 0.131 || 2.2 || 0.001
|-
| 78 || style="background-color:#ffc0c0" | Pt || ] || the ] 'platina', meaning ''little silver''|| 10 || 6 || 195.084(9) || 21.46 || 2041.4 || 4098 || 0.133 || 2.28 || 0.005
|-
| 79 || style="background-color:#ffc0c0" | Au || ] || the Anglo-Saxon word ''gold'' (aurum in Latin, meaning ''glow of sunrise'')<ref name=innvista/> || 11 || 6 || 196.966569(4) || 19.282 || 1337.33 || 3129 || 0.129 || 2.54 || 0.004
|-
| 80 || style="background-color:#ffc0c0" | Hg || ] || ], the first planet in the ] (Hg from former name ''hydrargyrum,'' from Greek ''hydr-'' water and ''argyros'' silver)|| 12 || 6 || 200.592(3) || 13.5336 || 234.43 || 629.88 || 0.14 || 2 || 0.085
|-
| 81 || style="background-color:#cccccc" | Tl || ] || the Greek 'thallos', meaning ''a green twig'' || 13 || 6 || 204.38{{ref|9|9}} || 11.85 || 577 || 1746 || 0.129 || 1.62 || 0.85
|-
| 82 || style="background-color:#cccccc" | Pb || ] || the Anglo-Saxon ''lead'' (''plumbum'' in Latin)<ref name=innvista/>|| 14 || 6 || 207.2(1){{ref|2|2}} {{ref|4|4}} || 11.342 || 600.61 || 2022 || 0.129 || 1.87 || 14
|-
| 83 || style="background-color:#cccccc" | Bi || ] || the German 'Bisemutum' a corruption of 'Weisse Masse' meaning ''white mass'' || 15 || 6 || 208.98040(1){{ref|1|1}} || 9.807 || 544.7 || 1837 || 0.122 || 2.02 || 0.009
|-
| 84 || style="background-color:#cccccc" | Po || ] || ], the native country of ], who first isolated the element || 16 || 6 || {{sort|209|}}{{ref|1|1}} || 9.32 || 527 || 1235 || – || 2.0 || {{sort|.0001|<0.001}}
|-
| 85 || style="background-color:#cccc99" | At || ] || the Greek 'astatos', meaning ''unstable'' || 17 || 6 || {{sort|210|}}{{ref|1|1}} || 7 || 575 || 610 || – || 2.2 || {{sort|.0001|<0.001}}
|-
| 86 || style="background-color:#c0ffff" | Rn || ] || From ''radium'', as it was first detected as an emission from radium during radioactive decay || 18 || 6 || {{sort|222|}}{{ref|1|1}} || 0.00973 || 202 || 211.3 || 0.094 || 2.2 || {{sort|.0001|<0.001}}
|-
| 87 || style="background-color:#ff6666" | Fr || ] || France, where it was first discovered || 1 || 7 || {{sort|223|{{ref|1|1}}}} || 1.87 || 300 || 950 || – || 0.7 || {{sort|.0001|<0.001}}
|-
| 88 || style="background-color:#ffdead" | Ra || ] || the Latin 'radius', meaning ''ray'' || 2 || 7 || {{sort|223|}}{{ref|1|1}} || 5.5 || 973 || 2010 || 0.094 || 0.9 || {{sort|.0001|<0.001}}
|-
| 89 || style="background-color:#ff99cc" | Ac || ] || the Greek 'actinos', meaning ''a ray''|| || 7 || {{sort|227|}}{{ref|1|1}} || 10.07 || 1323 || 3471 || 0.12 || 1.1 || {{sort|.0001|<0.001}}
|-
| 90 || style="background-color:#ff99cc" | Th || ] || ], the Scandinavian god of thunder || || 7 || 232.03806(2){{ref|1|1}} {{ref|2|2}} || 11.72 || 2115 || 5061 || 0.113 || 1.3 || 9.6
|-
| 91 || style="background-color:#ff99cc" | Pa || ] || the Greek 'protos', meaning ''first'', as a prefix to the element actinium, which is produced through the radioactive decay of protactinium || || 7 || 231.03588(2){{ref|1|1}} || 15.37 || 1841 || 4300 || – || 1.5 || {{sort|.0001|<0.001}}
|-
| 92 || style="background-color:#ff99cc" | U || ] || ], the seventh planet in the Solar System || || 7 || 238.02891(3){{ref|1|1}} || 18.95 || 1405.3 || 4404 || 0.116 || 1.38 || 2.7
|-
| 93 || style="background-color:#ff99cc" | Np || ] || ], the eighth planet in the Solar System || || 7 || {{sort|237|}}{{ref|1|1}} || 20.45 || 917 || 4273 || – || 1.36 || {{sort|.0001|<0.001}}
|-
| 94 || style="background-color:#ff99cc" | Pu || ] || ], a dwarf planet in the Solar System || || 7 || {{sort|244|}}{{ref|1|1}} || 19.84 || 912.5 || 3501 || – || 1.28 || {{sort|.0001|<0.001}}
|-
| 95 || style="background-color:#ff99cc" | Am || ] || ], the continent where the element was first synthesized <!--by analogy with europium--> || || 7 || {{sort|243|}}{{ref|1|1}} || 13.69 || 1449 || 2880 || – || 1.13 || {{sort|.0001|<0.001}}
|-
| 96 || style="background-color:#ff99cc" | Cm || ] || ], a physicist, and ], a physicist and chemist || || 7 || {{sort|247|}}{{ref|1|1}} || 13.51 || 1613 || 3383 || – || 1.28 || {{sort|.0001|<0.001}}
|-
| 97 || style="background-color:#ff99cc" | Bk || ] || ], USA, where the element was first synthesized || || 7 || {{sort|247|}}{{ref|1|1}} || 14.79 || 1259 || 2900 || – || 1.3 || {{sort|.0001|<0.001}}
|-
| 98 || style="background-color:#ff99cc" | Cf || ] || ], USA, where the element was first synthesized || || 7 || {{sort|251|}}{{ref|1|1}} || 15.1 || 1173 || {{sort|1743|(1743)}}{{ref|11|11}} || – || 1.3 || {{sort|.0001|<0.001}}
|-
| 99 || style="background-color:#ff99cc" | Es || ] || ], physicist || || 7 || {{sort|252|}}{{ref|1|1}} || 8.84 || 1133 || {{sort|1269|(1269)}}{{ref|11|11}} || – || 1.3 || {{sort|0|0}} {{ref|8|8}}
|-
| 100 || style="background-color:#ff99cc" | Fm || ] || ], physicist || || 7 || {{sort|257|}}{{ref|1|1}} || – || {{sort|1125|(1125)}}{{ref|11|11}} || – || – || 1.3 || {{sort|0|0}} {{ref|8|8}}
|-
| 101 || style="background-color:#ff99cc" | Md || ] || ], chemist and inventor || ||7 || {{sort|258|}}{{ref|1|1}} || – || {{sort|1100|(1100)}}{{ref|11|11}} || – || – || 1.3 || {{sort|0|0}} {{ref|8|8}}
|-
| 102 || style="background-color:#ff99cc" | No || ] || ], chemist, engineer, innovator, and armaments manufacturer || ||7 || {{sort|259|}}{{ref|1|1}} || – || {{sort|1100|(1100)}}{{ref|11|11}} || – || – || 1.3 || {{sort|0|0}} {{ref|8|8}}
|-
| 103 || style="background-color:#ff99cc" | Lr || ] || ], physicist ||3 || 7 || {{sort|262|}}{{ref|1|1}} || – || {{sort|1900|(1900)}}{{ref|11|11}} || – || – || 1.3 || {{sort|0|0}} {{ref|8|8}}
|-
| 104 || style="background-color:#ffc0c0" | Rf || ] || ], chemist and physicist || 4 || 7 || {{sort|267|}}{{ref|1|1}} || {{sort|23.2|(23.2)}}{{ref|11|11}} || {{sort|2400|(2400)}}{{ref|11|11}} || {{sort|5800|(5800)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 105 || style="background-color:#ffc0c0" | Db || ] || ], Russia || 5 || 7 || {{sort|268|}}{{ref|1|1}} || {{sort|29.3|(29.3)}}{{ref|11|11}} || –|| – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 106 || style="background-color:#ffc0c0" | Sg || ] || ], scientist || 6 || 7 || {{sort|269|}}{{ref|1|1}} || {{sort|35.0|(35.0)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 107 || style="background-color:#ffc0c0" | Bh || ] || ], physicist || 7 || 7 || {{sort|270|}}{{ref|1|1}} || {{sort|37.1|(37.1)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 108 || style="background-color:#ffc0c0" | Hs || ] || ], Germany, where the element was first synthesized || 8 || 7 || {{sort|269|}}{{ref|1|1}} || {{sort|40.7|(40.7)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 109 || style="background-color:#e8e8e8" | Mt || ] || ], physicist || 9 || 7 || {{sort|278|}}{{ref|1|1}} || {{sort|37.4|(37.4)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 110 || style="background-color:#e8e8e8" | Ds || ] || ], Germany, where the element was first synthesized || 10 || 7 || {{sort|281|}}{{ref|1|1}} || {{sort|34.8|(34.8)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 111 || style="background-color:#e8e8e8" | Rg || ] || ], physicist || 11 || 7 || {{sort|281|}}{{ref|1|1}} || {{sort|28.7|(28.7)}}{{ref|11|11}} || – || – || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 112 || style="background-color:#ffc0c0" | Cn || ] || ], astronomer || 12 || 7 || {{sort|285|}}{{ref|1|1}} || {{sort|23.7|(23.7)}}{{ref|11|11}} || – || {{sort|357|357}} {{ref|12|12}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 113 || style="background-color:#e8e8e8" | Uut || ] || ] ] || 13 || 7 || {{sort|286|}}{{ref|1|1}} || {{sort|16|(16)}}{{ref|11|11}} || {{sort|700|(700)}}{{ref|11|11}} || {{sort|1400|(1400)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 114 || style="background-color:#e8e8e8" | Fl || ] || ], physicist || 14 || 7 || {{sort|289|}}{{ref|1|1}} || {{sort|14|(14)}}{{ref|11|11}} || {{sort|340|(340)}}{{ref|11|11}} || {{sort|420|(420)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 115 || style="background-color:#e8e8e8" | Uup || ] || ] ] || 15 || 7 || {{sort|288|}}{{ref|1|1}} || {{sort|13.5|(13.5)}}{{ref|11|11}} || {{sort|700|(700)}}{{ref|11|11}} || {{sort|1400|(1400)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 116 || style="background-color:#e8e8e8" | Lv || ] || ] (in ]) which collaborated with ] on its synthesis || 16 || 7 || {{sort|293|}}{{ref|1|1}} || {{sort|12.9|(12.9)}}{{ref|11|11}} || {{sort|708.5|(708.5)}}{{ref|11|11}} || {{sort|1085|(1085)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 117 || style="background-color:#e8e8e8" | Uus || ] || ] ] || 17 || 7 || {{sort|294|}}{{ref|1|1}} || {{sort|7.2|(7.2)}}{{ref|11|11}} || {{sort|673|(673)}}{{ref|11|11}} || {{sort|823|(823)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-
| 118 || style="background-color:#e8e8e8" | Uuo || ] || ] ] || 18 || 7 || {{sort|294|}}{{ref|1|1}} || {{sort|5.0|(5.0)}}{{ref|11|11}} {{ref|13|13}} || {{sort|258|(258)}}{{ref|11|11}} || {{sort|263|(263)}}{{ref|11|11}} || – || – || {{sort|0|0}} {{ref|8|8}}
|-style="display:none;"
|9e99||~z||~z||9e99||9e99||9e99||9e99||9e99||9e99||9e99||9e99||9e99
|}
{{periodic table legend|theme1=category|child=no|caption=Categories in the metal–nonmetal trend|unknown=yes}}


==Notes== ==References==
*{{note|1|1}} The element does not have any stable nuclides, and a value in brackets, e.g. , indicates the mass number of the longest-lived isotope of the element. However, four elements, bismuth, thorium, protactinium, and uranium, have characteristic terrestrial isotopic compositions, and thus their standard atomic weights are given.
*{{note|2|2}} The isotopic composition of this element varies in some geological specimens, and the variation may exceed the uncertainty stated in the table.
*{{note|3|3}} The isotopic composition of the element can vary in commercial materials, which can cause the atomic weight to deviate significantly from the given value.
*{{note|4|4}} The isotopic composition varies in terrestrial material such that a more precise atomic weight can not be given.
*{{note|5|5}} The atomic weight of commercial lithium can vary between 6.939 and 6.996—analysis of the specific material is necessary to find a more accurate value.
*{{note|6|6}} This element does not solidify at a pressure of one atmosphere. The value listed above, 0.95 K, is the temperature at which helium does solidify at a pressure of 25 atmospheres.
*{{note|7|7}} This element sublimes at one atmosphere of pressure
*{{note|8|8}} The ] elements 99 and above do not occur naturally, but some of them can be produced artificially.
*{{note|9|9}} The value listed is the conventional atomic-weight value suitable for trade and commerce. The actual value may differ depending on the isotopic composition of the sample. Since 2009, IUPAC provides the standard atomic-weight values for these elements using the interval notation. The corresponding standard atomic weights are:
**Hydrogen:
**Lithium:
**Boron:
**Carbon:
**Nitrogen:
**Oxygen:
**Magnesium:
**Silicon:
**Sulfur:
**Chlorine:
**Bromine:
**Thallium:
*{{note|10|10}} ] on the Pauling scale. Standard symbol: &chi;
*{{note|11|11}} The value has not been precisely measured, usually because of the element's short ]; the value given in parentheses is a prediction.
*{{note|12|12}} With error bars: 357{{su|p=+112|b=−108}}&nbsp;K.
*{{note|13|13}} This predicted value is for liquid ununoctium, not gaseous ununoctium.


== References ==
{{reflist}} {{reflist}}
*{{cite journal|title=Atomic weights of the elements 2011 (IUPAC Technical Report)|author=M. E. Wieser et al.|publisher=IUPAC|journal=Pure Appl. Chem.|year=2013|volume=85|issue=5|pages=1047–1078|doi=10.1351/PAC-REP-13-03-02}} (for standard atomic weights of elements)
*{{cite web|url=http://www.nndc.bnl.gov/chart/|title=Interactive Chart of Nuclides|publisher=Brookhaven National Laboratory|author=Sonzogni , Alejandro|location=National Nuclear Data Center|accessdate=2008-06-06}} (for atomic weights of elements with atomic numbers 103–118)


==External links== ==External links==
* , an interactive visualisation of the elements allowing physical and chemical properties to be compared *, an interactive visualisation of the elements allowing physical and chemical properties of the elements to be compared


{{Periodic table (navbox)}}
{{PeriodicTablesFooter}}
{{Navbox periodic table}}


]
{{DEFAULTSORT:List Of Elements}}
]

Latest revision as of 12:56, 15 December 2024

118 chemical elements have been identified and named officially by IUPAC. A chemical element, often simply called an element, is a type of atom which has a specific number of protons in its atomic nucleus (i.e., a specific atomic number, or Z).

The definitive visualisation of all 118 elements is the periodic table of the elements, whose history along the principles of the periodic law was one of the founding developments of modern chemistry. It is a tabular arrangement of the elements by their chemical properties that usually uses abbreviated chemical symbols in place of full element names, but the linear list format presented here is also useful. Like the periodic table, the list below organizes the elements by the number of protons in their atoms; it can also be organized by other properties, such as atomic weight, density, and electronegativity. For more detailed information about the origins of element names, see List of chemical element name etymologies.

List

List of chemical elements
Z Sym. Element Name
origin
 Group Period Block Atomic
weight

(Da) 		Density


(⁠g/cm⁠) 		Melting
point

(K) 		Boiling
point

(K) 		Specific
heat
capacity
(⁠J/g · K⁠) 		Electro­negativity
 Abundance
in Earth's
crust
(⁠mg/kg⁠) 		Origin Phase
1 H Hydrogen 1 1 s-block 1.0080 0.00008988 14.01 20.28 14.304 2.20 1400 primordial gas
2 He Helium 18 1 s-block 4.0026 0.0001785 – 4.22 5.193 – 0.008 primordial gas
3 Li Lithium 1 2 s-block 6.94 0.534 453.69 1560 3.582 0.98 20 primordial solid
4 Be Beryllium 2 2 s-block 9.0122 1.85 1560 2742 1.825 1.57 2.8 primordial solid
5 B Boron 13 2 p-block 10.81 2.34 2349 4200 1.026 2.04 10 primordial solid
6 C Carbon 14 2 p-block 12.011 2.267 >4000 4300 0.709 2.55 200 primordial solid
7 N Nitrogen 15 2 p-block 14.007 0.0012506 63.15 77.36 1.04 3.04 19 primordial gas
8 O Oxygen 16 2 p-block 15.999 0.001429 54.36 90.20 0.918 3.44 461000 primordial gas
9 F Fluorine 17 2 p-block 18.998 0.001696 53.53 85.03 0.824 3.98 585 primordial gas
10 Ne Neon 18 2 p-block 20.180 0.0009002 24.56 27.07 1.03 – 0.005 primordial gas
11 Na Sodium 1 3 s-block 22.990 0.968 370.87 1156 1.228 0.93 23600 primordial solid
12 Mg Magnesium 2 3 s-block 24.305 1.738 923 1363 1.023 1.31 23300 primordial solid
13 Al Aluminium 13 3 p-block 26.982 2.70 933.47 2792 0.897 1.61 82300 primordial solid
14 Si Silicon 14 3 p-block 28.085 2.3290 1687 3538 0.705 1.9 282000 primordial solid
15 P Phosphorus 15 3 p-block 30.974 1.823 317.30 550 0.769 2.19 1050 primordial solid
16 S Sulfur 16 3 p-block 32.06 2.07 388.36 717.87 0.71 2.58 350 primordial solid
17 Cl Chlorine 17 3 p-block 35.45 0.0032 171.6 239.11 0.479 3.16 145 primordial gas
18 Ar Argon 18 3 p-block 39.95 0.001784 83.80 87.30 0.52 – 3.5 primordial gas
19 K Potassium 1 4 s-block 39.098 0.89 336.53 1032 0.757 0.82 20900 primordial solid
20 Ca Calcium 2 4 s-block 40.078 1.55 1115 1757 0.647 1.00 41500 primordial solid
21 Sc Scandium 3 4 d-block 44.956 2.985 1814 3109 0.568 1.36 22 primordial solid
22 Ti Titanium 4 4 d-block 47.867 4.506 1941 3560 0.523 1.54 5650 primordial solid
23 V Vanadium 5 4 d-block 50.942 6.11 2183 3680 0.489 1.63 120 primordial solid
24 Cr Chromium 6 4 d-block 51.996 7.15 2180 2944 0.449 1.66 102 primordial solid
25 Mn Manganese 7 4 d-block 54.938 7.21 1519 2334 0.479 1.55 950 primordial solid
26 Fe Iron 8 4 d-block 55.845 7.874 1811 3134 0.449 1.83 56300 primordial solid
27 Co Cobalt 9 4 d-block 58.933 8.90 1768 3200 0.421 1.88 25 primordial solid
28 Ni Nickel 10 4 d-block 58.693 8.908 1728 3186 0.444 1.91 84 primordial solid
29 Cu Copper 11 4 d-block 63.546 8.96 1357.77 2835 0.385 1.90 60 primordial solid
30 Zn Zinc 12 4 d-block 65.38 7.14 692.88 1180 0.388 1.65 70 primordial solid
31 Ga Gallium 13 4 p-block 69.723 5.91 302.9146 2673 0.371 1.81 19 primordial solid
32 Ge Germanium 14 4 p-block 72.630 5.323 1211.40 3106 0.32 2.01 1.5 primordial solid
33 As Arsenic 15 4 p-block 74.922 5.727 1090 887 0.329 2.18 1.8 primordial solid
34 Se Selenium 16 4 p-block 78.971 4.81 453 958 0.321 2.55 0.05 primordial solid
35 Br Bromine 17 4 p-block 79.904 3.1028 265.8 332.0 0.474 2.96 2.4 primordial liquid
36 Kr Krypton 18 4 p-block 83.798 0.003749 115.79 119.93 0.248 3.00 1×10 primordial gas
37 Rb Rubidium 1 5 s-block 85.468 1.532 312.46 961 0.363 0.82 90 primordial solid
38 Sr Strontium 2 5 s-block 87.62 2.64 1050 1655 0.301 0.95 370 primordial solid
39 Y Yttrium 3 5 d-block 88.906 4.472 1799 3609 0.298 1.22 33 primordial solid
40 Zr Zirconium 4 5 d-block 91.224 6.52 2128 4682 0.278 1.33 165 primordial solid
41 Nb Niobium 5 5 d-block 92.906 8.57 2750 5017 0.265 1.6 20 primordial solid
42 Mo Molybdenum 6 5 d-block 95.95 10.28 2896 4912 0.251 2.16 1.2 primordial solid
43 Tc Technetium 7 5 d-block 11 2430 4538 – 1.9 ~ 3×10 from decay solid
44 Ru Ruthenium 8 5 d-block 101.07 12.45 2607 4423 0.238 2.2 0.001 primordial solid
45 Rh Rhodium 9 5 d-block 102.91 12.41 2237 3968 0.243 2.28 0.001 primordial solid
46 Pd Palladium 10 5 d-block 106.42 12.023 1828.05 3236 0.244 2.20 0.015 primordial solid
47 Ag Silver 11 5 d-block 107.87 10.49 1234.93 2435 0.235 1.93 0.075 primordial solid
48 Cd Cadmium 12 5 d-block 112.41 8.65 594.22 1040 0.232 1.69 0.159 primordial solid
49 In Indium 13 5 p-block 114.82 7.31 429.75 2345 0.233 1.78 0.25 primordial solid
50 Sn Tin 14 5 p-block 118.71 7.265 505.08 2875 0.228 1.96 2.3 primordial solid
51 Sb Antimony 15 5 p-block 121.76 6.697 903.78 1860 0.207 2.05 0.2 primordial solid
52 Te Tellurium 16 5 p-block 127.60 6.24 722.66 1261 0.202 2.1 0.001 primordial solid
53 I Iodine 17 5 p-block 126.90 4.933 386.85 457.4 0.214 2.66 0.45 primordial solid
54 Xe Xenon 18 5 p-block 131.29 0.005894 161.4 165.03 0.158 2.60 3×10 primordial gas
55 Cs Caesium 1 6 s-block 132.91 1.93 301.59 944 0.242 0.79 3 primordial solid
56 Ba Barium 2 6 s-block 137.33 3.51 1000 2170 0.204 0.89 425 primordial solid
57 La Lanthanum f-block groups 6 f-block 138.91 6.162 1193 3737 0.195 1.1 39 primordial solid
58 Ce Cerium f-block groups 6 f-block 140.12 6.770 1068 3716 0.192 1.12 66.5 primordial solid
59 Pr Praseodymium f-block groups 6 f-block 140.91 6.77 1208 3793 0.193 1.13 9.2 primordial solid
60 Nd Neodymium f-block groups 6 f-block 144.24 7.01 1297 3347 0.19 1.14 41.5 primordial solid
61 Pm Promethium f-block groups 6 f-block 7.26 1315 3273 – 1.13 2×10 from decay solid
62 Sm Samarium f-block groups 6 f-block 150.36 7.52 1345 2067 0.197 1.17 7.05 primordial solid
63 Eu Europium f-block groups 6 f-block 151.96 5.244 1099 1802 0.182 1.2 2 primordial solid
64 Gd Gadolinium f-block groups 6 f-block 157.25 7.90 1585 3546 0.236 1.2 6.2 primordial solid
65 Tb Terbium f-block groups 6 f-block 158.93 8.23 1629 3503 0.182 1.2 1.2 primordial solid
66 Dy Dysprosium f-block groups 6 f-block 162.50 8.540 1680 2840 0.17 1.22 5.2 primordial solid
67 Ho Holmium f-block groups 6 f-block 164.93 8.79 1734 2993 0.165 1.23 1.3 primordial solid
68 Er Erbium f-block groups 6 f-block 167.26 9.066 1802 3141 0.168 1.24 3.5 primordial solid
69 Tm Thulium f-block groups 6 f-block 168.93 9.32 1818 2223 0.16 1.25 0.52 primordial solid
70 Yb Ytterbium f-block groups 6 f-block 173.05 6.90 1097 1469 0.155 1.1 3.2 primordial solid
71 Lu Lutetium 3 6 d-block 174.97 9.841 1925 3675 0.154 1.27 0.8 primordial solid
72 Hf Hafnium 4 6 d-block 178.49 13.31 2506 4876 0.144 1.3 3 primordial solid
73 Ta Tantalum 5 6 d-block 180.95 16.69 3290 5731 0.14 1.5 2 primordial solid
74 W Tungsten 6 6 d-block 183.84 19.25 3695 6203 0.132 2.36 1.3 primordial solid
75 Re Rhenium 7 6 d-block 186.21 21.02 3459 5869 0.137 1.9 7×10 primordial solid
76 Os Osmium 8 6 d-block 190.23 22.59 3306 5285 0.13 2.2 0.002 primordial solid
77 Ir Iridium 9 6 d-block 192.22 22.56 2719 4701 0.131 2.20 0.001 primordial solid
78 Pt Platinum 10 6 d-block 195.08 21.45 2041.4 4098 0.133 2.28 0.005 primordial solid
79 Au Gold 11 6 d-block 196.97 19.3 1337.33 3129 0.129 2.54 0.004 primordial solid
80 Hg Mercury 12 6 d-block 200.59 13.534 234.43 629.88 0.14 2.00 0.085 primordial liquid
81 Tl Thallium 13 6 p-block 204.38 11.85 577 1746 0.129 1.62 0.85 primordial solid
82 Pb Lead 14 6 p-block 207.2 11.34 600.61 2022 0.129 1.87 (2+)
2.33 (4+) 		14 primordial solid
83 Bi Bismuth 15 6 p-block 208.98 9.78 544.7 1837 0.122 2.02 0.009 primordial solid
84 Po Polonium 16 6 p-block 9.196 527 1235 – 2.0 2×10 from decay solid
85 At Astatine 17 6 p-block (8.91–8.95) 575 610 – 2.2 3×10 from decay unknown phase
86 Rn Radon 18 6 p-block 0.00973 202 211.3 0.094 2.2 4×10 from decay gas
87 Fr Francium 1 7 s-block (2.48) 281 890 – >0.79 ~ 1×10 from decay unknown phase
88 Ra Radium 2 7 s-block 5.5 973 2010 0.094 0.9 9×10 from decay solid
89 Ac Actinium f-block groups 7 f-block 10 1323 3471 0.12 1.1 5.5×10 from decay solid
90 Th Thorium f-block groups 7 f-block 232.04 11.7 2115 5061 0.113 1.3 9.6 primordial solid
91 Pa Protactinium f-block groups 7 f-block 231.04 15.37 1841 4300 – 1.5 1.4×10 from decay solid
92 U Uranium f-block groups 7 f-block 238.03 19.1 1405.3 4404 0.116 1.38 2.7 primordial solid
93 Np Neptunium f-block groups 7 f-block 20.45 917 4273 – 1.36 ≤ 3×10 from decay solid
94 Pu Plutonium f-block groups 7 f-block 19.85 912.5 3501 – 1.28 ≤ 3×10 from decay solid
95 Am Americium f-block groups 7 f-block 12 1449 2880 – 1.13 – synthetic solid
96 Cm Curium f-block groups 7 f-block 13.51 1613 3383 – 1.28 – synthetic solid
97 Bk Berkelium f-block groups 7 f-block 14.78 1259 2900 – 1.3 – synthetic solid
98 Cf Californium f-block groups 7 f-block 15.1 1173 (1743) – 1.3 – synthetic solid
99 Es Einsteinium f-block groups 7 f-block 8.84 1133 (1269) – 1.3 – synthetic solid
100 Fm Fermium f-block groups 7 f-block (9.7) (1125)
(1800) 		– – 1.3 – synthetic unknown phase
101 Md Mendelevium f-block groups 7 f-block (10.3) (1100) – – 1.3 – synthetic unknown phase
102 No Nobelium f-block groups 7 f-block (9.9) (1100) – – 1.3 – synthetic unknown phase
103 Lr Lawrencium 3 7 d-block (14.4) (1900) – – 1.3 – synthetic unknown phase
104 Rf Rutherfordium 4 7 d-block (17) (2400) (5800) – – – synthetic unknown phase
105 Db Dubnium 5 7 d-block (21.6) – – – – – synthetic unknown phase
106 Sg Seaborgium 6 7 d-block (23–24) – – – – – synthetic unknown phase
107 Bh Bohrium 7 7 d-block (26–27) – – – – – synthetic unknown phase
108 Hs Hassium 8 7 d-block (27–29) – – – – – synthetic unknown phase
109 Mt Meitnerium 9 7 d-block (27–28) – – – – – synthetic unknown phase
110 Ds Darmstadtium 10 7 d-block (26–27) – – – – – synthetic unknown phase
111 Rg Roentgenium 11 7 d-block (22–24) – – – – – synthetic unknown phase
112 Cn Copernicium 12 7 d-block (14.0) (283±11) (340±10) – – – synthetic unknown phase
113 Nh Nihonium 13 7 p-block (16) (700) (1400) – – – synthetic unknown phase
114 Fl Flerovium 14 7 p-block (11.4±0.3) (284±50) – – – – synthetic unknown phase
115 Mc Moscovium 15 7 p-block (13.5) (700) (1400) – – – synthetic unknown phase
116 Lv Livermorium 16 7 p-block (12.9) (700) (1100) – – – synthetic unknown phase
117 Ts Tennessine 17 7 p-block (7.1–7.3) (700) (883) – – – synthetic unknown phase
118 Og Oganesson 18 7 p-block (7) (325±15) (450±10) – – – synthetic unknown phase
  1. ^ Standard atomic weight or Ar°(E)
    • '1.0080': abridged value, uncertainty ignored here
    • '', notation: mass number of most stable isotope
  2. ^ Values in ( ) brackets are predictions
  3. Density (sources)
  4. Melting point in kelvin (K) (sources)
  5. Boiling point in kelvin (K) (sources)
  6. Heat capacity (sources)
  7. Electronegativity by Pauling (source)
  8. Abundance of elements in Earth's crust
  9. Primordial (=Earth's origin), from decay, or synthetic
  10. Phase at Standard state (25°C , 100 kPa)
  11. Greek roots hydro- + -gen, 'water-forming'
  12. Greek hḗlios 'sun'
  13. Melting point: helium does not solidify at a pressure of 1 atmosphere. Helium can only solidify at pressures above 25 atm.
  14. Greek líthos 'stone'
  15. Beryl, mineral (ultimately after Belur, Karnataka, India?)
  16. Borax, mineral (from Arabic: bawraq, Middle Persian: *bōrag)
  17. Latin carbo 'coal'
  18. Greek nítron + -gen, 'niter-forming'
  19. Greek oxy- + -gen, 'acid-forming'
  20. Latin fluo 'to flow'
  21. Greek néon 'new'
  22. Coined by Humphry Davy who first isolated it, from English soda (specifically caustic soda), via Italian from Arabic ṣudāʕ 'headache'
  23. Magnesia region, eastern Thessaly, Greece
  24. Alumina, from Latin alumen (gen. aluminis) 'bitter salt, alum'
  25. Latin silex 'flint' (originally silicium)
  26. Greek phōsphóros 'light-bearing'
  27. Latin
  28. Greek chlōrós 'greenish yellow'
  29. Greek argós 'idle' (it is inert)
  30. Neo-Latin potassa 'potash', from pot + ash
  31. Latin calx 'lime'
  32. Latin Scandia 'Scandinavia'
  33. Titans, children of Gaia and Ouranos
  34. Vanadis, a name for Norse goddess Freyja
  35. Greek chróma 'color'
  36. Corrupted from magnesia negra; see magnesium
  37. English, from Proto-Celtic *īsarnom 'iron', from a root meaning 'blood'
  38. German Kobold, 'goblin'
  39. Nickel, a mischievous sprite in German miner mythology
  40. English, from Latin cuprum, after Cyprus
  41. Most likely German Zinke, 'prong, tooth', but some suggest Persian sang 'stone'
  42. Latin Gallia 'France'
  43. Latin Germania 'Germany'
  44. Middle English, from Middle French arsenic, from Greek arsenikón 'yellow arsenic' (influenced by arsenikós 'masculine, virile'), from a West Asian wanderword ultimately from Old Persian: *zarniya-ka, lit. 'golden'
  45. Arsenic sublimes at 1 atmosphere pressure.
  46. Greek selḗnē 'moon'
  47. Greek brômos 'stench'
  48. Greek kryptós 'hidden'
  49. Latin rubidus 'deep red'
  50. Strontian, a village in Scotland, where it was found
  51. Ytterby, Sweden, where it was found; see terbium, erbium, ytterbium
  52. Zircon, mineral, from Persian zargun 'gold-hued'
  53. Niobe, daughter of king Tantalus in Greek myth; see tantalum
  54. Greek molýbdaina 'piece of lead', from mólybdos 'lead', due to confusion with lead ore galena (PbS)
  55. Greek tekhnētós 'artificial'
  56. Neo-Latin Ruthenia 'Russia'
  57. Greek rhodóeis 'rose-colored', from rhódon 'rose'
  58. Pallas, asteroid, then considered a planet
  59. English, from Proto-Germanic
  60. Neo-Latin cadmia 'calamine', from King Cadmus, mythic founder of Thebes
  61. Latin indicum 'indigo', the blue color named after India and observed in its spectral lines
  62. English, from Proto-Germanic
  63. Latin antimonium, of unclear origin: folk etymologies suggest Greek antí 'against' + mónos 'alone', or Old French anti-moine 'monk's bane', but could be from or related to Arabic ʾiṯmid 'antimony'
  64. Latin tellus 'ground, earth'
  65. French iode, from Greek ioeidḗs 'violet'
  66. Greek xénon, neuter of xénos 'strange, foreign'
  67. Latin caesius 'sky-blue'
  68. Greek barýs 'heavy'
  69. Greek lanthánein 'to lie hidden'
  70. Ceres (dwarf planet), then considered a planet
  71. Greek prásios dídymos 'green twin'
  72. Greek néos dídymos 'new twin'
  73. Prometheus, a Titan
  74. Samarskite, a mineral named after V. Samarsky-Bykhovets, Russian mine official
  75. Europe
  76. Gadolinite, a mineral named after Johan Gadolin, Finnish chemist, physicist and mineralogist
  77. Ytterby, Sweden, where it was found; see yttrium, erbium, ytterbium
  78. Greek dysprósitos 'hard to get'
  79. Neo-Latin Holmia 'Stockholm'
  80. Ytterby, where it was found; see yttrium, terbium, ytterbium
  81. Thule, the ancient name for an unclear northern location
  82. Ytterby, where it was found; see yttrium, terbium, erbium
  83. Latin Lutetia 'Paris'
  84. Neo-Latin Hafnia 'Copenhagen' (from Danish havn, harbor)
  85. King Tantalus, father of Niobe in Greek myth; see niobium
  86. Swedish tung sten 'heavy stone'
  87. Latin Rhenus 'Rhine'
  88. Greek osmḗ 'smell'
  89. Iris, Greek goddess of rainbow
  90. Spanish platina 'little silver', from plata 'silver'
  91. English, from same Proto-Indo-European root as 'yellow'
  92. Mercury, Roman god of commerce, communication, and luck, known for his speed and mobility
  93. Greek thallós 'green shoot / twig'
  94. English, from Proto-Celtic *ɸloudom, from a root meaning 'flow'
  95. German Wismut, via Latin and Arabic from Greek psimúthion 'white lead'
  96. Latin Polonia 'Poland', home country of discoverer Marie Curie
  97. Greek ástatos 'unstable'; it has no stable isotopes
  98. Radium emanation, originally the name of Rn
  99. France, home country of discoverer Marguerite Perey
  100. Coined in French by discoverer Marie Curie, from Latin radius 'ray'
  101. Greek aktís 'ray'
  102. Thor, the Norse god of thunder
  103. English prefix proto- (from Greek prôtos 'first, before') + actinium; protactinium decays into actinium.
  104. Uranus, the seventh planet
  105. Neptune, the eighth planet
  106. Pluto, dwarf planet, then considered a planet
  107. Americas, where the element was first synthesized, by analogy with its homolog europium
  108. Pierre and Marie Curie, physicists and chemists
  109. Berkeley, California, where it was first synthesized
  110. California, where it was first synthesized in LBNL
  111. Albert Einstein, German physicist
  112. Enrico Fermi, Italian physicist
  113. Dmitri Mendeleev, Russian chemist who proposed the periodic table
  114. Alfred Nobel, Swedish chemist and engineer
  115. Ernest Lawrence, American physicist
  116. Ernest Rutherford, chemist and physicist from New Zealand
  117. Dubna, Russia, where it was discovered in JINR
  118. Glenn Seaborg, American chemist
  119. Niels Bohr, Danish physicist
  120. Neo-Latin Hassia 'Hesse', a state in Germany
  121. Lise Meitner, Austrian physicist
  122. Darmstadt, Germany, where it was first synthesized in the GSI labs
  123. Wilhelm Röntgen, German physicist
  124. Nicolaus Copernicus, Polish astronomer
  125. Japanese Nihon 'Japan', where it was first synthesized in Riken
  126. Flerov Laboratory of Nuclear Reactions, part of JINR, where it was synthesized; itself named after Georgy Flyorov, Russian physicist
  127. Moscow, Russia, where it was first synthesized in JINR
  128. Lawrence Livermore National Laboratory in Livermore, California
  129. Tennessee, US, home to ORNL
  130. Yuri Oganessian, Russian physicist

See also

References

  1. IUPAC, Compendium of Chemical Terminology, 2nd ed. (the "Gold Book") (1997). Online corrected version: (2006–) "chemical element". doi:10.1351/goldbook.C01022
  2. "Periodic Table – Royal Society of Chemistry". www.rsc.org.
  3. "Online Etymology Dictionary". etymonline.com.
  4. "beryl". Merriam-Webster. Archived from the original on 9 October 2013. Retrieved 27 January 2014.
  5. Originally assessed as 0.7 by Pauling but never revised after other elements' electronegativities were updated for precision. Predicted to be higher than that of caesium.
  6. Konings, Rudy J. M.; Beneš, Ondrej. "The Thermodynamic Properties of the 𝑓-Elements and Their Compounds. I. The Lanthanide and Actinide Metals". Journal of Physical and Chemical Reference Data. doi:10.1063/1.3474238.
  7. "Fermium". RSC.

External links

  • Atoms made thinkable, an interactive visualisation of the elements allowing physical and chemical properties of the elements to be compared
Periodic table
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18
1 H He
2 Li Be B C N O F Ne
3 Na Mg Al Si P S Cl Ar
4 K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se Br Kr
5 Rb Sr Y Zr Nb Mo Tc Ru Rh Pd Ag Cd In Sn Sb Te I Xe
6 Cs Ba La Ce Pr Nd Pm Sm Eu Gd Tb Dy Ho Er Tm Yb Lu Hf Ta W Re Os Ir Pt Au Hg Tl Pb Bi Po At Rn
7 Fr Ra Ac Th Pa U Np Pu Am Cm Bk Cf Es Fm Md No Lr Rf Db Sg Bh Hs Mt Ds Rg Cn Nh Fl Mc Lv Ts Og
s-block f-block d-block p-block
Periodic table
Periodic table forms
Sets of elements
By periodic table structure
Groups
Periods
Blocks
By metallicity
Metals
Metalloids
Nonmetals
Other sets
Elements
Lists
Properties
Data pages
History
See also
Category: