chemical elements

Chemical Elements List ๐Ÿ“ƒ๐Ÿงช

Chemical Elements List 📃 All 118 Chemical Element Names 🧪 & Symbols ⚛️

List Lovers list of 118 chemical elements includes the four most recent elements; nihonium (113), moscovium (115), tennessine (117), and oganesson (118). ListLovers printable periodic table of chemical elements, with chemical symbols and classification. Also includes key facts and history of all chemical elements.

  • List Lovers list of chemical elements was last updated on 04 Nov 2024 (As you can see this is a work in progress, add comments and suggestions after list )

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Chemical Elements Sym Classification State @ 20°C/68F Atomic No: Atomic Weight u +/- Melting Point °C Boiling Point °C Discoverer/s 🧑🏼‍🔬👩🏽‍🔬 When discovered Element Info
Hydrogen H Non-metal gas 1 1.0080 0.0002 -259.1 -252.9 🏴󠁧󠁢󠁥󠁮󠁧󠁿 Henry Cavendish 1766 Hydrogen, the lightest and most abundant element is colourless with no taste or smell. Relative atomic weight changed 2009.
Helium He Noble gas gas 2 4.0026 0.0001 -272.2 -268.9
  • 🏴󠁧󠁢󠁥󠁮󠁧󠁿 Norman Lockyer
  • 🇫🇷 Pierre Janssen
 1868 Lockyer discovered Helium in the spectrum of the chromosphere of the Sun and named by Lockyer after Helios, Greek god of the Sun. Chemistry convention normally uses the “ium” ending for metallic elements but Lockyer was an astronomer. In 1895 Helium was isolated on earth by 🏴󠁧󠁢󠁳󠁣󠁴󠁿 Sir William Ramsay, 🇸🇪 Per Teodor Cleve and 🇸🇪 Nils Abraham Langlet. Helium is most commonly used in cryogenics and MRI scanners. Relative atomic weight changed 1983.
Lithium Li Alkali metal solid 3 6.94 0.06 180.5 1,342 Johan August Arfwedson 1817 Relative atomic weight changed 2009.
Beryllium Be Alkali earth metal solid 4 9.0122 0.0001 1,278 2,970 Louis-Nicolas Vauquelin 1797 Relative atomic weight changed 2013
Boron B Metalloid solid 5 10.81 0.02 2,300 2,550 Humphry Davy and J. Gay-Lussac 1808 Carbon is essential to life on earth, Carbon forms (allotropes) include diamond, graphene, graphite and nanotubes. Relative atomic weight changed 2009.
Carbon C Non-metal solid 6 12.011 0.002 3,550 4,827 Unknown 26,000 BCE Relative atomic weight changed 2009.
Nitrogen N Non-metal gas 7 14.007 0.001 -209,9 -195.8 Daniel Rutherford and Carl Wilhelm Scheele 1771/72 Relative atomic weight changed 2009.
Oxygen O Non-metal gas 8 15.999 0.001 -218.4 -182.9 Carl W Scheele and Joseph Priestley 1774 Oxygen gas is odourless and colourless and makes up 65% of the mass of the human body and 21% of Earth’s atmosphere. Liquid oxygen is pale blue and attracted to magnetic fields. Relative atomic weight changed 2009.
Fluorine F Halogen gas 9 18.998 0.001 -219.6 -188.1 Henri Moissan 1886 Relative atomic weight changed 2021
Neon Ne Noble gas gas 10 20.180 0.001 -248.7 -246.1 William Ramsay & Morris Travers 1898 Relative atomic weight changed 1985.
Sodium Na Alkali metal solid 11 22.990 0.001 97.8 892 Humphry Davy 1807 Relative atomic weight changed 2005.
Magnesium Mg Alkali earth metal solid 12 24.305 0.002 648.8 1,107 Humphry Davy 1808 Relative atomic weight changed 2011

Aluminium 🇬🇧
Aluminum 🇺🇲

 Al Other metal solid 13 26.982 0.001 660.5 2,467 Hans Christian Ørsted 1825 Relative atomic weight changed 2017
Silicon Si Metalloid solid 14 28.085 0.001 1,410 2,355 Jöns Jakob Berzelius 1824 Relative atomic weight changed 2009.
Phosphorus P Non-metal solid 15 30.974 0.001 44 280 Hennig Brand 1669 Relative atomic weight changed 2013

Sulphur 🇬🇧
Sulfur 🇺🇲

 S Non-metal solid 16 32.06 0.02 113 444.7 Unknown (prehistoric) before 2000 BCE Relative atomic weight changed 2009.
Chlorine Cl Halogen gas 17 35.453 0.01 -101 -34.6 Carl Wilhelm Scheele 1774 Relative atomic weight changed 2009.
Argon Ar Noble gas gas 18 39.95 0.16 -189.4 -185.9 William Ramsay 1894 Relative atomic weight changed 2017
Potassium K Alkali metal solid 19 39.098 0.001 63.7 774 Humphry Davy 1807 Relative atomic weight changed 1979.
Calcium Ca Alkali earth metal solid 20 40.078 0.004 839 1,487 Humphry Davy 1808 Relative atomic weight changed 1983.
Scandium Sc Transition metal solid 21 44.956 0.001 1,539 2,832 Lars Fredrik Nilson 1879 Relative atomic weight changed 2021
Titanium Ti Transition metal solid 22 47.867 0.001 1,660 3,260 William Gregor & Martin Klaproth 1791 Relative atomic weight changed 1993.
Vanadium V Transition metal solid 23 50.942 0.001 1,890 3,380 Andrés Manuel del Rio 1801 Relative atomic weight changed 1977.
Chrome / Chromium
 Cr Transition metal solid 24 51.996 0.001 1,857 2,482 Louis-Nicolas Vauquelin 1797 Relative atomic weight changed 1983.
Manganese Mn Transition metal solid 25 54.938 0.001 1.244 2,097 Johann Gottlieb Gahn 1774 Relative atomic weight changed 2017.
Iron
(Ferrum)		 Fe Transition metal solid 26 55.845 0.002 1.535 2,750 Unknown (prehistoric) unknown Relative atomic weight changed 1993.
Cobalt Co Transition metal solid 27 58.933 0.001 1.495 2,870 Georg Brandt 1735 Relative atomic weight changed 2017
Nickel Ni Transition metal solid 28 58.693 0.001 1.453 2,732 Axel Frederic Cronstedt 1751 Relative atomic weight changed 2007.
Copper
(Cuprum)		 Cu Transition metal solid 29 63.546 0.003 1.083,5 2,595 Unknown (prehistoric) unknown Relative atomic weight changed 1969.
Zinc Zn Transition metal solid 30 65.38 0.02 419.6 907 Marggraf 1746 Relative atomic weight changed 2007.
Gallium Ga Other metal solid 31 69.723 0.001 29.8 2,403 Lecoq de Boisbaudran 1875 Relative atomic weight changed 1987.
Germanium Ge Metalloid solid 32 72.630 0.008 937.4 2,830 Clemens Winkler 1886 Relative atomic weight changed 2009.
Arsenic As Metalloid solid 33 74.922 0.001 81 613 Albertus Magnus 1250 Relative atomic weight changed 2013.
Selenium Se Non-metal solid 34 78.971 0.008 217 685 Jöns Jakob Berzelius 1817 Relative atomic weight changed 2013.
Bromine Br Halogen liquid 35 79.904 0.003 -7.3 58,8 Antoine-Jérôme Balard 1826 Relative atomic weight changed 2011.
Krypton Kr Noble gas gas 36 83.798 0.002 -156.6 -152.3 William Ramsay and Morris Travers 1898 Relative atomic weight changed 2001.
Rubidium Rb Alkali metal solid 37 85.468 0.001 39 688 Robert Bunsen and Gustav Kirchhoff 1861 Relative atomic weight changed 1969.
Strontium Sr Alkali earth metal solid 38 87.62 0.01 769 1,384 Humphry Davy 1808 Relative atomic weight changed 1969.
Yttrium Y Transition metal solid 39 88.906 0.001 1,523 3,337 Johan Gadolin 1794 Relative atomic weight changed 2021.
Zirconium Zr Transition metal solid 40 91.222 0.003 1,852 4,377 Martin Heinrich Klaproth 1789 Relative atomic weight changed 2024.
Niobium Nb Transition metal solid 41 92.906 0.001 2,468 4,927 Charles Hatchett 1801 Relative atomic weight changed 2017.
Molybdenum Mo Transition metal solid 42 95.95 0.01 2,617 5,560 Carl Wilhelm Scheele 1778 Relative atomic weight changed 2013.
Technetium Tc Transition metal solid 43 98* 2,172 5,030 Emilio Segrè & Carlo Perrier 1937
Ruthenium Ru Transition metal solid 44 101.07 0.02 2,310 3,900 Karl Ernst Claus 1844 Relative atomic weight changed 1983.
Rhodium Rh Transition metal solid 45 102.91 0.01 1,966 3,727 William Hyde Wollaston 1803 Relative atomic weight changed 2017
Palladium Pd Transition metal solid 46 106.42 0.01 1,552 3,140 William Hyde Wollaston 1803 Relative atomic weight changed 1979.
Silver
argentum (Latin), argunus (Sanskrit), Seolfur (Anglo-Saxon)		 Ag Transition metal solid 47 107.8682 0.01 961.9 2,212 Unknown (prehistoric) unknown Silver is the most reflective and electrically conductive element. Silver comes from Anglo-Saxon “seolfor”, from the Sanskrit word “argunus” which means “shining.” Relative atomic weight changed 1985.
Cadmium Cd Transition metal solid 48 112.41 0.01 321 765 Friedr. Stromeyer & Carl Hermann 1817 Relative atomic weight changed 2013.
Indium In Other metal solid 49 114.82 0.01 156.2 2,080 Ferdinand Reich & Theo Richter 1863 Relative atomic weight changed 2011.
Tin
(Stannum)		 Sn Other metal solid 50 118.71 0.01 232 2,270 Sumerians 3000 BCE Relative atomic weight changed 1983.
Antimony (Stibium) Sb Metalloid solid 51 121.76 0.01 630.7 1,750 Unknown (prehistoric) unknown Relative atomic weight changed 1993.
Tellurium Te Metalloid solid 52 127.60 0.03 449.6 990 Franz J. Müller von Reichenstein 1782 Relative atomic weight changed 1969.
Iodine I Halogen solid 53 126.90 0.01 113.5 184.4 Bernard Courtois 1811 Relative atomic weight changed 1985.
Xenon Xe Noble gas gas 54 131.29 0.01 -111.9 -107 William Ramsay and Morris Travers 1898 Relative atomic weight changed 1999.
Cesium / Caesium
 Cs Alkali metal solid 55 132.91 0.01 28.4 690 Gustav Kirchhoff and Robert Bunsen 1860 Relative atomic weight changed 2013.
Barium Ba Alkali earth metal solid 56 137.33 0.01 725 1,640 Humphry Davy 1808 Relative atomic weight changed 1985.
Lanthanum La Transition metal solid 57 138.91 0.01 920 3,454 Carl Gustav Mosander 1839 Relative atomic weight changed 2005.
Cerium Ce Lanthanide solid 58 140.12 0.01 798 3,257 von Hisinger, Berzelius, Klaproth 1803 Relative atomic weight changed 1999.
Praseodymium Pr Lanthanide solid 59 140.91 0.01 931 3,212 Carl Auer von Welsbach 1885 Relative atomic weight changed 2017
Neodymium Nd Lanthanide solid 60 144.24 0.01 1,010 3,127 Carl Auer von Welsbach 1895 Relative atomic weight changed 2005.
Promethium Pm Lanthanide solid 61 [145]* 1,080 2,730 Marinsky, Glendenin, Coryell 1945
Samarium Sm Lanthanide solid 62 150.36 0.02 1,072 1,778 Lecoq de Boisbaudran 1879 Relative atomic weight changed 2005.
Europium Eu Lanthanide solid 63 151.96 0.01 822 1,597 Eugène-Anatole Demarcay 1901 Relative atomic weight changed 1995.
Gadolinium Gd Lanthanide solid 64 157.25 0.01 1,311 3,233 Jean Charles G. de Marignac 1880 Relative atomic weight changed 2024.
Terbium Tb Lanthanide solid 65 158.93 0.01 1,360 3,041 Carl Gustav Mosander 1843 Relative atomic weight changed 2021.
Dysprosium Dy Lanthanide solid 66 162.5 0.01 1,409 2,335 Lecoq de Boisbaudran 1886 Relative atomic weight changed 2001.
Holmium Ho Lanthanide solid 67 164.93 0.01 1,470 2,720 Marc Delafontaine and Jacques Soret 1878 Relative atomic weight changed 2021.
Erbium Er Lanthanide solid 68 167.26 0.01 1,522 2,510 Carl Gustav Mosander 1843 Relative atomic weight changed 1999.
Thulium Tm Lanthanide solid 69 168.93 0.01 1,545 1,727 Per Teodor Cleve 1879 Relative atomic weight changed 2021.
Ytterbium Yb Lanthanide solid 70 173.05 0.02 824 1,193 Jean Charles G. de Marignac 1878 Relative atomic weight changed 2015.
Lutetium Lu Lanthanide solid 71 174.97 0.01 1,656 3,315 von Welsbach, James & Urbain 1907 Relative atomic weight changed 2024.
Hafnium Hf Transition metal solid 72 178.49 0.01 2,150 5,400 Dirk Coster & George de Hevesy 1923 Relative atomic weight changed 2019.
Tantalum Ta Transition metal solid 73 180.95 0.01 2,996 5,425 Anders Gustaf Ekeberg 1802 Relative atomic weight changed 2005.
Tungsten W Transition metal solid 74 183.84 0.01 3,407 5,927 Fausto & Juan de Elhuyar 1783 Relative atomic weight changed 1991.
Rhenium Re Transition metal solid 75 186.21 0.01 3,180 5,627 Noddack, Tacke, Berg 1925 Relative atomic weight changed 1973.
Osmium Os Transition metal solid 76 190.23 0.03 3,045 5,027 Smithson Tennant 1803 Relative atomic weight changed 1991.
Iridium Ir Transition metal solid 77 192.22 0.01 2,410 4,130 Smithson Tennant 1803 Relative atomic weight changed 2017
Platinum Pt Transition metal solid 78 195.08 0.02 1,772 3,827 Julius Caesar Scaliger 1557 Relative atomic weight changed 2005.
Gold
(Aurum)		 Au Transition metal solid 79 196.97 0.01 1,064.4 2,940 Unknown (prehistoric) unknown Relative atomic weight changed 2017
Mercury (Hydrargyrum) Hg Transition metal liquid 80 200.59 0.01 -38.9 356.6 Egyptians 1500 BCE Relative atomic weight changed 2011
Thallium Tl Other metal solid 81 204.38 0.01 303.6 1,457 William Crookes 1861 Relative atomic weight changed 2009.
Lead
(Plumbum)		 Pb Other metal solid 82 207.2 1.1 327.5 1,740 Unknown (prehistoric) unknown Relative atomic weight changed 2020
Bismuth Bi Other metal solid 83 208.98 0.01 271.4 1,560 Georgius Agricola 1540 Relative atomic weight changed 2005.
Polonium Po Other metal solid 84 [209]* 254 962 Marie and Pierre Curie 1898
Astatine At Halogen solid 85 [210]* 302 337 Corson, MacKenzie, Emilio Segrè 1940
Radon Rn Noble gas gas 86 [222]* -71 -61.85 Friedrich Ernst Dorn 1900
Francium Fr Alkali metal solid 87 [223]* 27 677 Marguerite Perey 1939
Radium Ra Alkali earth metal solid 88 [226]* 700 1,140 Marie and Pierre Curie 1898
Actinium Ac Transition metal solid 89 [227]* 1,047 3,197 André-Louis Debierne 1899
Thorium Th Actinide solid 90 232.04 0.01 1,750 4,787 Jöns Jakob Berzelius 1829 Relative atomic weight changed 2013.
Protactinium Pa Actinide solid 91 231.04 0.01 1,554 4,030 Fajans, Göring, Hahn, Meitner 1917 Relative atomic weight changed 2017.
Uranium U Actinide solid 92 238.03 0.01 1,132.4 3,818 Martin Heinrich Klaproth 1789 Relative atomic weight changed 1999.
Neptunium Np Actinide solid 93 [237]* 640 3,902 Edwin McMillan and Philip Abelson 1940
Plutonium Pu Actinide solid 94 [244]* 641 3,327 Seaborg, Kennedy, McMillan, Wahl 1940
Americium Am Actinide solid 95 [243]* 994 2,607 Glenn T. Seaborg 1944
Curium Cm Actinide solid 96 [247]* 1,340 3,110 Seaborg, James, Morgan, Ghiorso 1944
Berkelium Bk Actinide solid 97 [247]* 986 unknown Glenn T. Seaborg 1949
Californium Cf Actinide solid 98 [251]* 900 unknown Thompson, Street, Ghiorso, Seaborg 1950
Einsteinium Es Actinide solid 99 [252]* 860 unknown Glenn T. Seaborg 1952
Fermium Fm Actinide unknown 100 [257]* unknown unknown Glenn T. Seaborg 1952
Mendelevium Md Actinide unknown 101 [258]* unknown unknown Seaborg, Ghiorso, Harvey, Choppin 1955
Nobelium No Actinide unknown 102 [259]* unknown unknown Seaborg, Ghiorso, Sikkeland, Walton 1958
Lawrencium Lr Actinide unknown 103 [262]* unknown unknown Ghiorso, Sikkeland, Larsh, Latimer 1961
Rutherfordium Rf Transition metal unknown 104 [261]* unknown unknown Georgi Flerow or Ghiorso (1964/1969) 1964 or
1969
Dubnium Db Transition metal solid 105 [262]* unknown unknown Georgi Flerow or Ghiorso 1967 or
1970
Seaborgium Sg Transition metal solid 106 [266]* unknown unknown Georgi Flerow & Juri Organessian 1974
Bohrium Bh Transition metal solid 107 [264]* unknown unknown Juri Zolakowitsch Oganessian 1976
Hassium Hs Transition metal solid 108 [269]* unknown unknown 🇩🇪 GSI 1984 GSI Helmholtz Centre for Heavy Ion Research, Darmstadt, Germany. Sigurd Hofmann team.
Meitnerium Mt Transition metal† solid 109 [268]* unknown unknown GSI Helmholtz Centre for Heavy Ion Research 1982 GSI Helmholtz Centre for Heavy Ion Research, Darmstadt, Germany. Sigurd Hofmann team.
Darmstadtium Ds Transition metal† solid 110 [269]* unknown unknown 🇩🇪 GSI 1994 GSI Helmholtz Centre for Heavy Ion Research, Darmstadt, Germany. Sigurd Hofmann team.
Roentgenium Rg Transition metal† solid 111 [272]* unknown unknown 🇩🇪 GSI 1994 GSI Helmholtz Centre for Heavy Ion Research, Darmstadt, Germany. Sigurd Hofmann team.
Copernicium Cn Transition metal solid 112 [277]* unknown unknown 🇩🇪 GSI 1996 GSI Helmholtz Centre for Heavy Ion Research, Darmstadt, Germany. Sigurd Hofmann team.
Nihonium Nh Other metal† unknown 113 [286]* unknown unknown
  • 🇷🇺 JINR
  • 🇯🇵 RIKEN
 2003
  • JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia. Yuri Oganessian team.
  • RIKEN (Institute of Physical and Chemical Research) in Wakō, Saitama Prefecture, Japan. Kōsuke Morita team.
Flerovium Fl Other metal† unknown 114 [289]* unknown unknown 🇷🇺 JINR 1999 JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia. Yuri Oganessian team.
Moscovium Mc Other metal† unknown 115 [289]* unknown unknown 🇷🇺 JINR 2003 JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia. Yuri Oganessian team.
Livermorium Lv Other metal† solid
(predicted)		 116 [293]* unknown unknown 🇷🇺 JINR 2000 JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia. Yuri Oganessian team.
Tennessine Ts Halogen† unknown 117 [294]* unknown unknown 🇷🇺 JINR 2009 JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia. Yuri Oganessian team.
Oganesson Og Noble gas† unknown 118 [294]* unknown unknown 🇷🇺 Yuri Oganessian / JINR 2002 Yuri Oganessian team / JINR (Joint Institute Nuclear Research) in Dubna, Moscow, Russia.

See also: Printable Periodic Table… | List of Fundamental Physical Constants… | List of Units of Measurement…

Chemical Elements List Table Key

  • Chemical Elements: The name of some chemical elements differs by locality. Variations are indicated in the table. Other chemical elements names (e.g. 104 to 109) are disputed by the ACS (American Chemical Society) and the IUPAC (International Union for Pure and Applied Chemistry).
  • Symbol (Sym): Abbreviated name for each element consisting of a capital letter followed by one or two lower case letters. Typically derived from its Latin name.
  • Classification: The period table groups of which there are many variations.
    • † Predicted – still under research or disputed.
  • State @ 20°C: Gas, liquid or solid.
  • Atomic number (Atomic No): Set to the number of protons in the nucleus for each atom.
  • Atomic weight u: Relative atomic weight in unified atomic mass unit (u or Da): Set to the approximate total of the number of protons and the number of neutrons.
    • [*] Chemical Elements which don’t have any stable nuclides are included in square brackets. The number indicates the mass number of the longest-lived isotope of the element apart from Bismuth, Protactinium, Thorium and Uranium which have characteristic terrestrial isotopic compositions so their standard atomic weights are used.
  • Melting Point °C: Temperature, in degrees Celsius, at which chemical elements changes from a solid to a liquid or vice-versa.
  • Boiling Point °C: Temperature, in degrees Celsius, at which a chemical element changes from a liquid to a gas or vice-versa.
  • Discoverer/s: The first person or team of scientists to identify the chemical element. Some chemical elements were discovered by earlier civilizations so the discoverer is unknown.
  • Year discovered: Year chemical elements were first isolated and identified.
Chemical Elements Groups & Classifications Explained

You will find chemical elements grouped, spelt and coloured differently in various versions of the periodic table but the underlying principle remains the same i.e. chemical elements that share similar properties are organized in columns. The classifications are as follows:

  • Alkali Metals: These metals do not occur freely in nature because they react violently with water. Their usual oxidation state is +1. The 6 akali metals are Lithium, Sodium, Potassium, Rubidium, Cesium and Francium.
  • Alkaline Earth Metals: These reactive metals do not occur freely in nature and their usual oxidation state is +2. The 6 alkaline earth metals are Beryllium, Magnesium, Calcium, Strontium, Barium and Radium.
  • Transition Metals: There are 38 elements in total including Iron, Cobalt and Nickel which are the only known elements which produce magnetic fields. The valence electrons (or the electrons they use to combine with other elements) in transition metals are present in more than one shell and for this reason they often exhibit several common oxidation states.
  • Other Metals (aka basic metals, poor metals): These elements are all solid and opaque. All their valence electrons in their outer shell so, unlike transition elements, they don’t exhibit variable oxidation states. The 7 basic metals are: Aluminum, Gallium, Indium, Tin, Thallium, Lead and Bismuth.
  • Rare Earth Elements (aka inner transition metals): 30 rare earth elements divided into the Lanthanide and Actinide series, each containing 15 elements. They are all highly reactive with Halogens.
    • Lanthanides are silvery white metals which all have similar properties to Lanthanum, the first element in the series.
    • Actinides are named after Actinium, the first element in the series. Apart from Uranium and Thorium they are trans-uranium, which means synthetic or man-made, and they are created in nuclear reactors, including Plutonium, which is used in nuclear weapons.
  • Metalloids (aka semi-metals): This group of 7 elements makes up the diagonal border between metals and non-metals and they each have properties from both groups. Metals are generally ductile, malleable and conduct heat and electricity. Under certain conditions Germanium and Silicon can be conductive or non-conductive and it’s this property which makes them so useful in electronic circuitry. The other 5 metalloids are Boron, Arsenic, Antimony, Tellurium and Polonium.
  • Non-Metals: Generally poor conductors, brittle and non-reflective and, at room temperature, can exist as gases (e.g Oxygen) and solids. The 7 non-metals are Hydrogen, Carbon, Nitrogen, Oxygen, Phosphorus, Sulfur and Selenium.
  • Halogens (means salt-former): There are 5 Halogens which, at room temperature, exist in all three states of matter. Iodine and Astatine as solids, Bromine as a liquid and Fluorine and Chlorine as gases. All Halogens have an oxidation number of -1.
  • Noble Gases: All noble gases have an oxidation number of 0 which makes them stable and generally inert. The noble gases are Helium, Neon, Argon, Krypton, Xenon, Radon and possibly Oganesson.

Related to Chemical Elements List:

  • All chemical elements list in German Chemische Elemente…
  • Help improve List Lovers 118 chemical elements list by adding your comments below…

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