Template:Periodic table (metalloid): Difference between revisions

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Revision as of 00:04, 3 June 2012 editSandbh (talk \| contribs)Extended confirmed users28,223 edits Formatting adjustments and added 'percentage' in front of 'appearance frequencies'← Previous edit		Revision as of 00:29, 3 June 2012 edit undoDePiep (talk \| contribs)Extended confirmed users294,285 edits Undid revision 495694069 by Sandbh (talk) AGF. no squeezing of otsize.Next edit →
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	\| colspan=6 style="text-align:~~right; font-size: 90%~~" \| * ''The metalloid status of Al, Po and At is disputed''		\| colspan=6 style="text-align:left" \| * ''The metalloid status of Al, Po and At is disputed.''
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	\| colspan=6 style="text-align:left~~; font-size: 90%~~" \| {{legend\|#ccffcc\|Commonly included}}		\| colspan=6 style="text-align:left" \| {{legend\|#ccffcc\|Commonly included}}
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	\| colspan=6 style="text-align:left~~; font-size: 90%~~" \| {{legend\|#99ccff\|Less commonly included}}		\| colspan=6 style="text-align:left" \| {{legend\|#99ccff\|Less commonly included}}
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	\| colspan=6 style="text-align:left~~; font-size: 90%~~" \| {{legend\|#ff99cc\|Uncommonly included}}		\| colspan=6 style="text-align:left" \| {{legend\|#ff99cc\|Uncommonly included}}
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	\| colspan=6 style="text-align:left~~; font-size: 90%~~" \| {{legend\|#ffffaa\|Rarely included}}		\| colspan=6 style="text-align:left" \| {{legend\|#ffffaa\|Rarely included}}
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	\| colspan="6" align="right" style="text-align: left; font-size: 90%"\|Indicative (relative) frequency with which some elements appear in metalloid lists. Frequencies are from the ] and occur in a more or less ] of clusters. The common elements (B, Si, Ge, As, Sb, Te) have ~~percentage~~ appearance frequencies clustering around the low 90s. The 'less common' elements (Po, At) appear half as often (clustering around 45%). The single 'uncommon' representative (Se) and the following cluster of 'rare' elements (C, Al) have appearance frequencies each around half that of their immediate precursors. The series continues with the still less frequently appearing elements. This is not shown above because of the relatively small sample size.<includeonly>{{#tag:ref\|Sample size = 194 ], as of August 23, 2011. Mean appearance frequencies were: Cluster 1 (93%) = B, Si, Ge, As, Sb, Sb, Te; cluster 2 (44.7%) = Po, At; cluster 3 (24%) = Se; cluster 4 (9%) = C, Al; cluster 5 (5%) = ], ], ]; cluster 6 (3%) = ], ], ]; and cluster 7 (1%) = ], ], ], ], ], ], ]. See also the ] of this article.\|group=n}}</includeonly><br><br>The grey staircase shaped line, which passes between B-Al, Al-Si, Si-Ge, Ge-As, As-Sb, Sb-Te, Te-Po and Po-At, is a typical example of the arbitrary metal-nonmetal dividing line that can be found on some periodic tables. Germanium, if classified as a nonmetal, then appears to fall on the wrong side of the line. This is a result of the publicity this form of the line received in the late 1920s and early 30s. Germanium was also thought to be a poorly conducting metal, up to at least the late 1930s.<ref name="Haller EE 2006, p. 3">]</ref>		\| colspan="6" align="right" style="text-align: left; font-size: 90%"\|Indicative (relative) frequency with which some elements appear in metalloid lists. Frequencies are from the ] and occur in a more or less ] of clusters. The common elements (B, Si, Ge, As, Sb, Te) have appearance frequencies clustering around the low 90s. The 'less common' elements (Po, At) appear half as often (clustering around 45%). The single 'uncommon' representative (Se) and the following cluster of 'rare' elements (C, Al) have appearance frequencies each around half that of their immediate precursors. The series continues with the still less frequently appearing elements. This is not shown above because of the relatively small sample size.<includeonly>{{#tag:ref\|Sample size = 194 ], as of August 23, 2011. Mean appearance frequencies were: Cluster 1 (93%) = B, Si, Ge, As, Sb, Sb, Te; cluster 2 (44.7%) = Po, At; cluster 3 (24%) = Se; cluster 4 (9%) = C, Al; cluster 5 (5%) = ], ], ]; cluster 6 (3%) = ], ], ]; and cluster 7 (1%) = ], ], ], ], ], ], ]. See also the ] of this article.\|group=n}}</includeonly><br><br>The grey staircase shaped line, which passes between B-Al, Al-Si, Si-Ge, Ge-As, As-Sb, Sb-Te, Te-Po and Po-At, is a typical example of the arbitrary metal-nonmetal dividing line that can be found on some periodic tables. Germanium, if classified as a nonmetal, then appears to fall on the wrong side of the line. This is a result of the publicity this form of the line received in the late 1920s and early 30s. Germanium was also thought to be a poorly conducting metal, up to at least the late 1930s.<ref name="Haller EE 2006, p. 3">]</ref>
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Revision as of 00:29, 3 June 2012

**Metalloids in the periodic system**
	13	14	15	16	17
2	B Boron	C Carbon	N Nitrogen	O Oxygen	F Fluorine
3	Al* Aluminium	Si Silicon	P Phosphorus	S Sulfur	Cl Chlorine
4	Ga Gallium	Ge Germanium	As Arsenic	Se Selenium	Br Bromine
5	In Indium	Sn Tin	Sb Antimony	Te Tellurium	I Iodine
6	Tl Thallium	Pb Lead	Bi Bismuth	Po* Polonium	At* Astatine
* The metalloid status of Al, Po and At is disputed.
Commonly included
Less commonly included
Uncommonly included
Rarely included
Indicative (relative) frequency with which some elements appear in metalloid lists. Frequencies are from the list of metalloid lists and occur in a more or less geometric progression of clusters. The common elements (B, Si, Ge, As, Sb, Te) have appearance frequencies clustering around the low 90s. The 'less common' elements (Po, At) appear half as often (clustering around 45%). The single 'uncommon' representative (Se) and the following cluster of 'rare' elements (C, Al) have appearance frequencies each around half that of their immediate precursors. The series continues with the still less frequently appearing elements. This is not shown above because of the relatively small sample size. The grey staircase shaped line, which passes between B-Al, Al-Si, Si-Ge, Ge-As, As-Sb, Sb-Te, Te-Po and Po-At, is a typical example of the arbitrary metal-nonmetal dividing line that can be found on some periodic tables. Germanium, if classified as a nonmetal, then appears to fall on the wrong side of the line. This is a result of the publicity this form of the line received in the late 1920s and early 30s. Germanium was also thought to be a poorly conducting metal, up to at least the late 1930s.

Template documentation[view] [edit] [history] [purge]

Usage

Main articles: metalloid and Lists of metalloids

Setting parameter |addnotes=no hides the verbose explanation.

Technical

Legend colors used:

Colors used

{{element color|Metalloid citeclass 1 of 4}} → #baffba (93%)
{{element color|Metalloid citeclass 2 of 4}} → #badcff (44%)
{{element color|Metalloid citeclass 3 of 4}} → #ffbadc (24%)
{{element color|Metalloid citeclass 4 of 4}} → #ffffba (9%)

The colors are calculated through HSV:

H-S-V: H-65-240 for all (1/240 scale)

H: gr/bl/rd/ye = 80/140/220/40

References

These references will appear in the article, but this list appears only on this page.

Haller 2006, p. 3

Column counts are columns only that contain elements. "Compact cells" denote cells with element symbol only, have navbox style and the table fits basic wiki page width (1024×768). "Detailed cells" have more data, and may cause page width excess (scroll bar added). "Extended" periodic tables are about theoretical periods 8 and higher (element 119 and higher).

Table forms

Standard

32 columns: {{Micro cells (box)}}
- {{bare}}
{{Compact}}

Extended

Alternative
structure

Left step by Janet: {{Left step (with shell filling sequence)}}

Element
properties

Data	{{Element data pages}} Category:Infobox element data sets (46) {{overview}} {{Boiling point}} {{Melting point}}
Variants	{{Transuranium element}}
Electron configuration	{{Electron configuration}} {{Electronegativity by Allen scale}} {{Electronegativity by Pauling scale}}