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{{Mergetomultiple-with|List of elements by symbol|List of elements by atomic number|List of elements by atomic mass|List of elements by melting point|List of elements by density|List of elements by boiling point|with=List of elements|discuss=Template talk:PeriodicTablesFooter#Merge lists proposal|date=January 2008}}
<onlyinclude> <!-- See ] for an explanation of this and other inclusion tags below -->
This is a '''list of ]s''', sorted by name and color coded according to type of element.


{{Redirect category shell|1=
Given is each element's ], ], ] or most stable ], and group and period numbers on the ].
{{element color legend}} {{R from merge}}
}}
] of elements]]
{| class="wikitable sortable" border="2" cellpadding="4" cellspacing="0" style="margin: 1em 1em 1em 0; background: #f9f9f9; border: 1px #aaa solid; border-collapse: collapse;"
|-bgcolor="#efefef"
!width="150"|Name
!width="75"|]
!width="75"|]
!width="110"|]
!width="50"|Group
!width="50"|Period

|-style="background-color:#ff99cc"
|]||Ac||89||<ref name="fn_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, three elements, Thorium, Protactinium, and Uranium, have a characteristic terrestrial isotopic composition, and thus their atomic mass given.</ref>||&nbsp;||7
|-style="background-color:#cccccc"
|] (Aluminum)||Al||13||26.9815386(8)||13||3
|-style="background-color:#ff99cc"
|]||Am||95||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#cccc99"
|id="Antimony"|] (Stibium)||Sb||51||121.760(1)<ref name="fn_2">The isotopic composition of this element varies in some geological specimens, and the variation may exceed the uncertainty stated in the table.</ref>||15||5<includeonly>
|}</includeonly></onlyinclude>
|-style="background-color:#c0ffff"
|]||Ar||18||39.948(1)<ref name="fn_2" /><ref name="fn_4">The isotopic composition varies in terrestrial material such that a more precise atomic weight can not be given.</ref>||18||3
|-style="background-color:#cccc99"
|]||As||33||74.92160(2)||15||4
|-style="background-color:#ffff99"
|]||At||85||<ref name="fn_1" />||17||6
|-style="background-color:#ffdead"
|]||Ba||56||137.327(7)||2||6
|-style="background-color:#ff99cc"
|]||Bk||97||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffdead"
|]||Be||4||9.012182(3)||2||2
|-style="background-color:#cccccc"
|]||Bi||83||208.98040(1)||15||6
|-style="background-color:#ffc0c0"
|]||Bh||107||<ref name="fn_1" />||7||7
|-style="background-color:#cccc99"
|]||B||5||10.811(7)<ref name="fn_2" /><ref name="fn_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.</ref><ref name="fn_4" />||13||2
|-style="background-color:#ffff99"
|]||Br||35||79.904(1)||17||4
|-style="background-color:#ffc0c0"
|]||Cd||48||112.411(8)<ref name="fn_2" />||12||5
|-style="background-color:#ff6666"
|id="Caesium"|] (Cesium)||Cs||55||132.9054519(2)||1||6
|-style="background-color:#ffdead"
|]||Ca||20||40.078(4)<ref name="fn_2" />||2||4
|-style="background-color:#ff99cc"
|]||Cf||98||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#a0ffa0"
|]||C||6||12.0107(8)<ref name="fn_2" /><ref name="fn_4" />||14||2
|-style="background-color:#ffbfff"
|]||Ce||58||140.116(1)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ffff99"
|]||Cl||17||35.453(2)<ref name="fn_2" /><ref name="fn_3" /><ref name="fn_4" />||17||3
|-style="background-color:#ffc0c0"
|]||Cr||24||51.9961(6)||6||4
|-style="background-color:#ffc0c0"
|]||Co||27||58.933195(5)||9||4
|-style="background-color:#ffc0c0"
|] (Cuprum)||Cu||29||63.546(3)<ref name="fn_4" />||11||4
|-style="background-color:#ff99cc"
|]||Cm||96||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffc0c0"
|]||Ds||110||<ref name="fn_1" />||10||7
|-style="background-color:#ffc0c0"
|]||Db||105||<ref name="fn_1" />||5||7
|-style="background-color:#ffbfff"
|]||Dy||66||162.500(1)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ff99cc"
|]||Es||99||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffbfff"
|]||Er||68||167.259(3)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ffbfff"
|]||Eu||63||151.964(1)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ff99cc"
|]||Fm||100||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffff99"
|]||F||9||18.9984032(5)||17||2
|-style="background-color:#ff6666"
|]||Fr||87||<ref name="fn_1" />||1||7
|-style="background-color:#ffbfff"
|]||Gd||64||157.25(3)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#cccccc"
|]||Ga||31||69.723(1)||13||4
|-style="background-color:#cccc99"
|]||Ge||32||72.64(1)||14||4
|-style="background-color:#ffc0c0"
|id="Gold"|] (Aurum)||Au||79||196.966569(4)||11||6
|-style="background-color:#ffc0c0"
|]||Hf||72||178.49(2)||4||6
|-style="background-color:#ffc0c0"
|]||Hs||108||<ref name="fn_1" />||8||7
|-style="background-color:#c0ffff"
|]||He||2||4.002602(2)<ref name="fn_2" /><ref name="fn_4" />||18||1
|-style="background-color:#ffbfff"
|]||Ho||67||164.93032(2)||&nbsp;||6
|-style="background-color:#a0ffa0"
|]||H||1||1.00794(7)<ref name="fn_2" /><ref name="fn_3" /><ref name="fn_4" />||1||1
|-style="background-color:#cccccc"
|]||In||49||114.818(3)||13||5
|-style="background-color:#ffff99"
|]||I||53||126.90447(3)||17||5
|-style="background-color:#ffc0c0"
|]||Ir||77||192.217(3)||9||6
|-style="background-color:#ffc0c0"
|id="Iron"|] (Ferrum)||Fe||26||55.845(2)||8||4
|-style="background-color:#c0ffff"
|]||Kr||36||83.798(2)<ref name="fn_2" /><ref name="fn_3" />||18||4
|-style="background-color:#ffbfff"
|]||La||57||138.90547(7)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ff99cc"
|]||Lr||103||<ref name="fn_1" />||3||7
|-style="background-color:#cccccc"
|id="Lead"|] (Plumbum)||Pb||82||207.2(1)<ref name="fn_2" /><ref name="fn_4" />||14||6
|-style="background-color:#ff6666"
|]||Li||3||6.941(2)<ref name="fn_2" /><ref name="fn_3" /><ref name="fn_4" /><ref>The atomic weight of commercial Lithium can vary between 6.939 and 6.996&mdash;analysis of the specific material is necessary to find a more accurate value.</ref>||1||2
|-style="background-color:#ffbfff"
|]||Lu||71||174.967(1)<ref name="fn_2" />||3||6
|-style="background-color:#ffdead"
|]||Mg||12||24.3050(6)||2||3
|-style="background-color:#ffc0c0"
|]||Mn||25||54.938045(5)||7||4
|-style="background-color:#ffc0c0"
|]||Mt||109||<ref name="fn_1" />||9||7
|-style="background-color:#ff99cc"
|]||Md||101||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffc0c0"
|id="Mercury"|] (Hydrargyrum)||Hg||80||200.59(2)||12||6
|-style="background-color:#ffc0c0"
|]||Mo||42||95.94(2)<ref name="fn_2" />||6||5
|-style="background-color:#ffbfff"
|]||Nd||60||144.242(3)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#c0ffff"
|]||Ne||10||20.1797(6)<ref name="fn_2" /><ref name="fn_3" />||18||2
|-style="background-color:#ff99cc"
|]||Np||93||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffc0c0"
|]||Ni||28||58.6934(2)||10||4
|-style="background-color:#ffc0c0"
|]||Nb||41||92.906 38(2)||5||5
|-style="background-color:#a0ffa0"
|]||N||7||14.0067(2)<ref name="fn_2" /><ref name="fn_4" />||15||2
|-style="background-color:#ff99cc"
|]||No||102||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffc0c0"
|]||Os||76||190.23(3)<ref name="fn_2" />||8||6
|-style="background-color:#a0ffa0"
|]||O||8||15.9994(3)<ref name="fn_2" /><ref name="fn_4" />||16||2
|-style="background-color:#ffc0c0"
|]||Pd||46||106.42(1)<ref name="fn_2" />||10||5
|-style="background-color:#a0ffa0"
|]||P||15||30.973762(2)||15||3
|-style="background-color:#ffc0c0"
|]||Pt||78||195.084(9)||10||6
|-style="background-color:#ff99cc"
|]||Pu||94||<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#cccc99"
|]||Po||84||<ref name="fn_1" />||16||6
|-style="background-color:#ff6666"
|id="Potassium"|] (Kalium)||K||19||39.0983(1)||1||4
|-style="background-color:#ffbfff"
|]||Pr||59||140.90765(2)||&nbsp;||6
|-style="background-color:#ffbfff"
|]||Pm||61||<ref name="fn_1" />||&nbsp;||6
|-style="background-color:#ff99cc"
|]||Pa||91||231.03588(2)<ref name="fn_1" />||&nbsp;||7
|-style="background-color:#ffdead"
|]||Ra||88||<ref name="fn_1" />||2||7
|-style="background-color:#c0ffff"
|]||Rn||86||<ref name="fn_1" />||18||6
|-style="background-color:#ffc0c0"
|]||Re||75||186.207(1)||7||6
|-style="background-color:#ffc0c0"
|]||Rh||45||102.905 50(2)||9||5
|-style="background-color:#ffc0c0"
|]||Rg||111||<ref name="fn_1" />||11||7
|-style="background-color:#ff6666"
|]||Rb||37||85.4678(3)<ref name="fn_2" />||1||5
|-style="background-color:#ffc0c0"
|]||Ru||44||101.07(2)<ref name="fn_2" />||8||5
|-style="background-color:#ffc0c0"
|]||Rf||104||261<ref name="fn_1" />||4||7
|-style="background-color:#ffbfff"
|]||Sm||62||150.36(2)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ffc0c0"
|]||Sc||21||44.955912(6)||3||4
|-style="background-color:#ffc0c0"
|]||Sg||106||<ref name="fn_1" />||6||7
|-style="background-color:#a0ffa0"
|]||Se||34||78.96(3)<ref name="fn_4" />||16||4
|-style="background-color:#cccc99"
|]||Si||14||28.0855(3)<ref name="fn_4" />||14||3
|-style="background-color:#ffc0c0"
|id="Silver"|] (Argentum)||Ag||47||107.8682(2)<ref name="fn_2" />||11||5
|-style="background-color:#ff6666"
|id="Sodium"|] (Natrium)||Na||11||22.98976928(2)||1||3
|-style="background-color:#ffdead"
|]||Sr||38||87.62(1)<ref name="fn_2" /><ref name="fn_4" />||2||5
|-style="background-color:#a0ffa0"
|] (Sulphur)||S||16||32.065(5)<ref name="fn_2" /><ref name="fn_4" />||16||3
|-style="background-color:#ffc0c0"
|]||Ta||73||180.94788(2)||5||6
|-style="background-color:#ffc0c0"
|]||Tc||43||<ref name="fn_1" />||7||5
|-style="background-color:#cccc99"
|]||Te||52||127.60(3)<ref name="fn_2" />||16||5
|-style="background-color:#ffbfff"
|]||Tb||65||158.92535(2)||&nbsp;||6
|-style="background-color:#cccccc"
|]||Tl||81||204.3833(2)||13||6
|-style="background-color:#ff99cc"
|]||Th||90||232.03806(2)<ref name="fn_1" /><ref name="fn_2" />||&nbsp;||7
|-style="background-color:#ffbfff"
|]||Tm||69||168.93421(2)||&nbsp;||6
|-style="background-color:#cccccc"
|id="Tin"|] (Stannum)||Sn||50||118.710(7)<ref name="fn_2" />||14||5
|-style="background-color:#ffc0c0"
|]||Ti||22||47.867(1)||4||4
|-style="background-color:#ffc0c0"
|id="Tungsten"|] (Wolfram)||W||74||183.84(1)||6||6
|-style="background-color:#ffc0c0"
|]||Uub||112||<ref name="fn_1" />||12||7
|-style="background-color:#cccccc"
|]||Uuh||116||<ref name="fn_1" />||16||7
|-style="background-color:#c0ffff"
|]||Uuo||118||<ref name="fn_1" />||18||7
|-style="background-color:#cccccc"
|]||Uup||115||<ref name="fn_1" />||15||7
|-style="background-color:#cccccc"
|]||Uuq||114||<ref name="fn_1" />||14||7
|-style="background-color:#cccccc"
|]||Uut||113||<ref name="fn_1" />||13||7
|-style="background-color:#ff99cc"
|]||U||92||238.02891(3)<ref name="fn_1" /><ref name="fn_2" /><ref name="fn_3" />||&nbsp;||7
|-style="background-color:#ffc0c0"
|]||V||23||50.9415(1)||5||4
|-style="background-color:#c0ffff"
|]||Xe||54||131.293(6)<ref name="fn_2" /><ref name="fn_3" />||18||5
|-style="background-color:#ffbfff"
|]||Yb||70||173.04(3)<ref name="fn_2" />||&nbsp;||6
|-style="background-color:#ffc0c0"
|]||Y||39||88.90585(2)||3||5
|-style="background-color:#ffc0c0"
|]||Zn||30||65.409(4)||12||4
|-style="background-color:#ffc0c0"
|]||Zr||40||91.224(2)<ref name="fn_2" />||4||5
|}
{{element color legend}}

==Notes==
<references />

==References==
*Atomic Weights of the Elements 2001, . Retrieved June 30, 2005. Atomic weights of elements with atomic numbers from 1-109 taken from this source.
* (2005).
*. Retrieved June 30, 2005. Atomic weights of elements with atomic numbers 110-116 taken from this source.

==See also==
*]
*]
*]
*]

{{PeriodicTablesFooter}}

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