Template:Small Periodic table

This is a standard display of the periodic table of elements. For more information on its contents and history, see the article Periodic table.

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Group →	1	2	3	4	5	6	7	8	9	10	11	12	13	14	15	16	17	18
↓ Period
1	Template:Element cell																	Template:Element cell
2	Template:Element cell	Template:Element cell											Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
3	Template:Element cell	Template:Element cell											Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
4	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
5	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
6	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
7	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
* Lanthanides				Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell
** Actinides				Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell	Template:Element cell

Notes

• Actinides and lanthanides are collectively known as "rare earth elements", a deprecated term. Regarding group membership of these elements, see here.
• Alkali metals, alkaline earth metals, transition metals, actinides, lanthanides, and poor metals are all collectively known as "metals".
• Halogens and noble gases are also non-metals.

State at standard temperature and pressure (0°C and 1 atm)

• those numbered in Template:Element color/Gas are gaseous
• those numbered in Template:Element color/Liquid are liquid
• those numbered in Template:Element color/Solid are solid

Natural occurrence

• those with solid borders are primordial elements, which have stable isotopes older than the Earth
• those with dashed borders arise naturally from decay of other elements, and have no isotopes with a half-life comparable to the age of the Earth; however, some are found in trace amounts in radioactive ores
• those with dotted borders are synthetic elements, which do not occur naturally
  • Note: Although californium (Cf, 98) does not occur naturally on Earth, Cf and its decay products occur in the Universe; their electromagnetic emissions are regularly observed in supernova spectra
• those without borders have not been discovered or synthesised yet

See also

• Periodic table
• Periodic table (extended)
• Isotope table (complete)
• Table of nuclides (200 kB)

External links

• Advertising hell
• Los Alamos Table (for American school kids, but contains more of the history)