Quiz Monkey |
Science |
Chemical Element Names |
1 | From the Greek for 'I bring forth water' | H |
Hydrogen | ||
2 | Named after the Greek god of the Sun | He |
Helium | ||
3 | From the Greek for (a) stone (because it was discovered in a mineral, while other common alkali metals (sodium and potassium) were discovered in plant tissue | Li |
Lithium | ||
4 | After the semi–precious gemstone from which it was first isolated in 1798 | Be |
Beryllium | ||
5 | After the mineral from which it was first isolated, by comparison with carbon, which it resembles chemically | B |
Boron | ||
6 | From the French word for charcoal – ultimately from the Latin word for coal | C |
Carbon | ||
7 | From the Greek for 'I bring forth saltpetre' | N |
Nitrogen | ||
8 | From the Greek for 'I bring forth acid' | O |
Oxygen | ||
9 | After the mineral from which it was first isolated, whose name is derived from the Latin for 'to flow' | F |
Fluorine | ||
10 | From the Greek for 'new' | Ne |
Neon | ||
11 | From the common names for several of its compounds – from the Latin for a headache remedy | Na |
Sodium | ||
12 | After the mineral from which it was first isolated, which is named after the district in Thessaly, Greece, where it was discovered (an alternative to the name of element no. 25, which has the same source) | Mg |
Magnesium | ||
13 | From the mineral in which it exists as an element, whose name means 'bitter salt' | Al |
Aluminium | ||
14 | From the Latin for flint | Si |
Silicon | ||
15 | From the Greek for 'light bearer' (a name previously used for the Morning Star, which is Venus) | P |
Phosphorus | ||
16 | Name goes back to ancient India; abundant in native form (i.e. as the element itself) as well as in compounds | S |
Sulphur | ||
17 | From the Greek for 'pale green' or 'yellowish green' | Cl |
Chlorine | ||
18 | From the Greek for 'inactive' (literally 'slow') | Ar |
Argon | ||
19 | From the common English name for various salts that contain it in water–soluble form; refers to plant ashes soaked in water | K |
Potassium | ||
20 | From the Latin for 'lime' (which is its oxide) | Ca |
Calcium | ||
21 | From the Latin name for the part of northern Europe where the minerals from which it was first extracted were found | Sc |
Scandium | ||
22 | After the pre–Olympian gods from Greek Mythology – the sons and daughters of Gaia and Uranus (the personifications of the Earth and the sky respectively) | Ti |
Titanium | ||
23 | From one of the alternative names of Freyja, the Norse goddess of beauty, because of the beauty of its multicoloured compounds | V |
Vanadium | ||
24 | From the Greek for 'colour' | Cr |
Chromium | ||
25 | After the mineral from which it was first isolated, which is named after the district in Thessaly, Greece, where it was discovered | Mn |
Manganese | ||
26 | From the Anglo–Saxon for 'holy metal' or 'strong metal' | Fe |
Iron | ||
27 | From the German for an evil spirit – often translated as 'goblin' (miners believed that such spirits had replaced the silver with it) | Co |
Cobalt | ||
28 | From the Swedish for colour – the ore from which it was obtained was given a name that means 'copper–coloured' | Ni |
Nickel | ||
29 | Named after the Mediterranean island where it was mined by the ancient Romans | Cu |
Copper | ||
30 | From a German word for a prong or tooth (also tine, tenon, dovetail, cornet or snout) – probably because of its spiky crystals | Zn |
Zinc | ||
31 | From the Latin name for France (which is derived from the Latin word for a rooster) | Ga |
Gallium | ||
32 | Because it was discovered in a new mineral that was found near Freiburg, Saxony, in 1885 | Ge |
Germanium | ||
33 | From the Persian name for yellow orpiment, which is a mineral that contains it and has been used as a poison since ancient times | As |
Arsenic | ||
34 | After the Greek goddess of the Moon | Se |
Selenium | ||
35 | From the Greek word for a stench (because of its characteristic smell) | Br |
Bromine | ||
36 | From the Greek for 'hidden one' (because of its lack of colour, smell or taste, combined with its rarity) | Kr |
Krypton | ||
37 | From the Latin for 'deepest red' – the colour of a spectral line that led to its discovery in 1861 | Rb |
Rubidium | ||
38 | After the village in Scotland near which it was discovered | Sr |
Strontium | ||
39 | After the village in Sweden where its oxide was found, from which the element was identified in 1792 | Y |
Yttrium | ||
40 | Named after the mineral that is its silicate and its most important source, whose name comes from the Persian for 'gold–like' | Zr |
Zirconium | ||
41 | Named after the daughter of Tantalus, in Greek mythology; it sits above tantalum in the periodic table (and shares many properties with it) | Nb |
Niobium | ||
42 | From the Greek for lead – because its principal ore was often confused with galena, the principal ore of lead | Mo |
Molybdenum | ||
43 | From the Greek for 'artificial' or 'man–made', because it was the first element to be produced artificially | Tc |
Technetium | ||
44 | From the 'New Latin' name (also possibly from one of the Greek names) for Russia – the homeland of the German scientist who discovered it in 1844 | Ru |
Ruthenium | ||
45 | From the Greek word for a rose, because of its rose–red compounds | Rh |
Rhodium | ||
46 | Named after the third–largest asteroid, which was discovered two years before the element (the second asteroid to be discovered) and was named after the Greek goddess of wisdom and victory | Pd |
Palladium | ||
47 | Name goes back to Anglo–Saxon times, and may be related to an ancient middle–eastern word meaning to refine or smelt | Ag |
Silver | ||
48 | Named after a character from Greek mythology: the first Greek hero, and the greatest slayer of monsters before Heracles | Cd |
Cadmium | ||
49 | Named after the colour of the line in its spectrum, which led to its dicovery in 1864 | In |
Indium | ||
50 | Name is common to all Germanic languages and can be traced to the roots of those languages within the Indo–European group | Sn |
Tin | ||
51 | Possibly from the Greek for 'opposed to solitude', because it was believed never to exist in its pure form; alternatively, it may be from the French for 'monk–killer' ('monk's bane'), because many early alchemists were monks and the element is poisonous | Sb |
Antimony | ||
52 | Named after the Latin name for the Earth | Te |
Tellurium | ||
53 | Name comes from the Greek word for 'violet',after the colour of its gaseous phase | I |
Iodine | ||
54 | From the Greek for a stranger or foreigner | Xe |
Xenon | ||
55 | From the Latin word meaning 'sky–blue', after the characteristic lines in its spectrum; this was (in 1860) the first element to be discovered by flame spectroscopy | Cs |
Caesium | ||
56 | Named after the mineral in which it was first discovered, whose name is derived from the Greek word for 'heavy' | Ba |
Barium (from baryta) | ||
57 | From the Greek meaning 'to lie hidden', because it often occurs along with caesium and its properties are very similar to those of caesium | La |
Lanthanum | ||
58 | Named after the largest asteroid and the first to be discovered, which was discovered two years before the element and was named after the Roman goddess of fertility | Ce |
Cerium | ||
59 | Name comes from the Greek meaning 'green twin', because it was one of two elements in the mineral didymium, which was named from the Greek meaning 'twin element' because of its similarity to lanthanum, with which it was found – and because its oxide is green | Pr |
Praseodymium | ||
60 | Name comes from the Greek meaning 'new twin', because it was one of two elements in the mineral didymium, which was named from the Greek meaning 'twin element' because of its similarity to lanthanum, with which it was found | Nd |
Neodymium | ||
61 | Named after the Titan, in Greek mythology, who was the creator of mankind and its greatest benefactor, who stole fire from Mount Olympus and gave it to mankind | Pm |
Promethium | ||
62 | Named after the mineral from which it was first isolated, which in turn was named after the Russian mining official who granted access to samples of the mineral. The first element to be named after a person | Sm |
Samarium | ||
63 | Named after the continent where it was discovered | Eu |
Europium | ||
64 | Named after the Finnish chemist who was one of the founders of Nordic chemistry research, and who discovered yttrium | Gd |
Gadolinium | ||
65 | The second element to be named after the village in Sweden that was the source of the mineral from which all four were identified – this one in 1843 | Tb |
Terbium | ||
66 | From the Greek for 'hard to get', because the French chemist who discovered it made more than 30 attempts to isolate it from its oxide | Dy |
Dysprosium | ||
67 | Named after the home town of the Swedish chemist who discovered it in 1878 | Ho |
Holmium | ||
68 | The third element to be named after the village in Sweden that was the source of the mineral from which all four were identified – this one in 1843 | Er |
Erbium | ||
69 | Name is an ancient Greek and Roman name for a mythical country in the far North – often associated with Scandinavia or Iceland | Tm |
Thulium | ||
70 | The fourth element to be named after the village in Sweden that was the source of the mineral from which all four were identified – this one in 1878 | Yb |
Ytterbium | ||
71 | Named from the Latin name for Paris | Lu |
Lutetium | ||
72 | Named from the Latin name for Copenhagen, where it was discovered in 1923 | Hf |
Hafnium | ||
73 | Named after the character from Greek mythology who was punished after death by being condemned to stand knee–deep in water, which receded if he bent to drink it. This was considered analogous to the element's non–reactivity | Ta |
Tantalum | ||
74 | The name used in English and French (and many other languages) is based on the Swedish and Danish phrase meaning 'heavy stone'. A different name is used in German (and many other languages, including the Nordic ones) | W |
Tungsten | ||
75 | Named from the Latin name for the river Rhine (the only element named after a river) | Re |
Rhenium | ||
76 | From the Greek word for a smell – because of its foul–smelling tetroxide | Os |
Osmium | ||
77 | Named after the Greek goddess of rainbows, because many of its salts are strongly coloured | Ir |
Iridium | ||
78 | From the Spanish for 'little silver', because it was first discovered in a silver mine | Pt |
Platinum | ||
79 | From Anglo–Saxon; ultimately from a Proto–Indo–European word meaning 'yellow' or 'bright' | Au |
Gold | ||
80 | Named after the messenger of the gods in Roman mythology | Hg |
Mercury | ||
81 | From a Greek word meaning a green shoot or twig, because of its bright green spectral emission lines | Tl |
Thallium | ||
82 | Name is of Germanic origin – in other words, very old, its etymology lost in the mists of time | Pb |
Lead | ||
83 | Name is derived from a German word, possibly originally meaning 'white mass' – from its appearance | Bi |
Bismuth | ||
84 | Named after the home country of Marie Curie, who discovered it in 1898 along with her husband Pierre | Po |
Polonium | ||
85 | Name comes from a Greek word meaning 'unstable' | At |
Astatine | ||
86 | Name indicates that it appears in the radioactive decay of radium | Rn |
Radon | ||
87 | Named after France – because it was discovered at the Curie Institute in Paris | Fr |
Francium | ||
88 | From the Latin word for a ray – because of its radioactivity | Ra |
Radium | ||
89 | From the Greek word for a ray or beam | Ac |
Actinium | ||
90 | Named after the Norse god of thunder | Th |
Thorium | ||
91 | Derived from the Greek for 'first ray' | Pa |
Protactinium | ||
92 | Named after the planet that was discovered in 1781 – eight years before the element; the planet was named after the Greek god of the sky and heaven | U |
Uranium | ||
93 | Named after the next planet to be discovered after the one that gave its name to the previous element (in atomic number order); the planet was discovered in 1846, the element in 1940 | Np |
Neptunium | ||
94 | Continues the naming sequence of the previous two elements: named after the planet (now a minor planet) that was discovered in 1930; the element was first produced and isolated in 1940 | Pu |
Plutonium | ||
95 | Named after the continent in which it was first produced in 1944, by analogy with europium | Am |
Americium | ||
96 | Named in honour of the married couple who discovered radium and researched radioactivity | Cm |
Curium | ||
97 | Named after the location of the University of California, where it was discovered in 1949 | Bk |
Berkelium | ||
98 | Named after the university where it was first produced in 1950, and its home state | Cf |
Californium | ||
99 | Named in honour of the German–born scientist who proposed the theory of relativity and discovered the law of the photoelectric effect – a pivotal step in the evolution of quantum theory | Es |
Einsteinium | ||
100 | Named in honour of the Italian–born physicist who developed the first nuclear reactor, quantum theory, nuclear and particle physics, and statistical mechanics | Fm |
Fermium | ||
101 | Named in honour of the inventor of the periodic table | Md |
Mendelevium | ||
102 | Named in honour of the inventor of dynamite, who went on to become one of history's most famous philanthropists | No |
Nobelium | ||
103 | Named in honour of the American nuclear scientist who won the Nobel Prize in Physics in 1939 for his invention of the cyclotron | Lr |
Lawrencium | ||
104 | Named in honour of the New Zealand physicist who came to be known as the father of nuclear physics (the longest name of all the elements – 13 letters) | Rf |
Rutherfordium | ||
105 | Named after the Russian town, home of the USSR's Joint Institute for Nuclear Research, where it was first produced in 1968 | Db |
Dubnium | ||
106 | Named in honour of the US chemist who discovered the chemistry of the transuranium elements, shared in the discovery and isolation of ten elements, and developed and proposed the actinide series; the first elelent to be named after a living person (see also oganesson) | Sg |
Seaborgium | ||
107 | Named in honour of the Danish physicist who made fundamental contributions to the understanding of atomic structure and quantum mechanics | Bh |
Bohrium | ||
108 | Given the Latin name of the German state that's home to Germany's centre for research on and with heavy–ion accelerators, where it was discovered in 1984 | Hs |
Hassium | ||
109 | Named in honour of the Austrian physicist who shared the discovery of nuclear fission – the only element that's named solely after a woman | Mt |
Meitnerium | ||
110 | Named after the German town that's home to Germany's centre for research on and with heavy–ion accelerators, where it was discovered in 1994 | Ds |
Darmstadtium | ||
111 | Named in honour of the German physicist who discovered X–rays | Rg |
Roentgenium | ||
112 | Named in honour of the Polish astronomer who first proposed that the Earth revolved around the Sun, and not vice versa | Cn |
Copernicium | ||
113 | Named after the country where it was first synthesised in 2004 (Japan) | Nh |
Nihonium | ||
114 | Named after a laboratory at the Russian Joint Institute for Nuclear Research, which in turn is named after the Soviet nuclear physicist who discovered spontaneous fission | Fl |
Flerovium | ||
115 | Named after the local government centre for the Russian Joint Institute for Nuclear Research (also the nation's capital city) | Mc |
Moscovium | ||
116 | Named after the US research station responsible for ensuring the safety, security and reliability of the USA's nuclear weapons | Lv |
Livermorium | ||
117 | Named after the US state that's home to a National Laboratory and two universities that carry out research into superheavy elements | Ts |
Tennessine | ||
118 | Named after the Russian nuclear physicist who pioneered transactinide research (only the second element to be named after a living person; see also seaborgium) | Og |
Oganesson |
© Haydn Thompson 2017–23