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- Lithium (11359 bytes)
2: {| border="1" cellpadding="2" cellspacing="0" align="right...
4: {| align="center" border="0"
24: | [[Density]], [[Mohs hardness scale|Hardness]]
41: | [[van der Waals radius]]
50: | [[Oxidation state]]s ([[Oxide]])
Page text matches
- List of elements by symbol (14812 bytes)
58: <tr><td>Md</td><td>[[mendelevium]]</td><td>101</td><td></td></tr>
61: <tr><td>Mo</td><td>[[molybdenum]]</td><td>42</td><td></td></tr>
127: ...time to an isotope of [[radon]] identified in the decay chain of [[actinium]].</td></tr>
134: <tr><td>Dp</td><td>[[decipium]]</td><td>62</td><td>Rare earth metal that ...
135: ...[ekaboron]]</td><td>21</td><td>Name given by [[Mendeleev]] to an as of then undiscovered element. When... - Actinium (7046 bytes)
2: {| border="1" cellpadding="2" cellspacing="0" align="right...
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20: | [[Chemical series]] || [[Actinide]]s
25: | [[Density]], [[Mohs hardness scale|Hardness]]
39: | [[van der Waals radius]] || n/a pm - Desert (21206 bytes)
1: ...humb|right|Valley of the Kings, Egypt. Image provided by [http://classroomclipart.com Classroom Clip A...
2: ...mb|right|Man and Camel, Desert, Egypt. Image provided by [http://classroomclipart.com Classroom Clip A...
4: ... of the world's deserts, http://pubs.usgs.gov/gip/deserts/what/world.html)
6: ...nd-driven) processes are major factors in shaping desert landscapes.
8: ...ed by erosion. Because deserts are dry, they are ideal places for human artifacts and fossils to be pr... - Hybrid vehicle (47544 bytes)
3: ... Wheel]] Bus, a hybrid bus with an in wheel motor design. |300px]]
6: ...ference between a motor and a generator is one of design optimization only. ''See also [[motor-genera...
8: ...In the [[import scene]], hybrid was often used to describe an [[engine swap]], such as the common Hond...
12: ...l | accessdate=May 15 | accessyear=2000}} never made it into production as the program was replaced by...
14: ...[[nuclear power]], which can operate underwater indefinitely, though a number of nations continue to r... - Hot spring (7271 bytes)
3: ...e]] (which is usually around 55~57°F or 13~14°C in the eastern [[United States]]).
7: ...the geothermal [[gradient]]. If water percolates deeply enough into the crust, it will be heated as i...
9: ...have been seriously burned and even killed by accidentally or intentionally entering these springs.
11: ... of the United States|U.S. President]] [[Franklin Delano Roosevelt|Franklin D. Roosevelt]], who built ...
15: ... springs have, they are often popular [[tourist]] destinations, and locations for [[rehabilitation]] [... - Beryllium (15119 bytes)
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14: ! colspan="2" bgcolor="#FFDEAD" | General
25: | [[Density]], [[Mohs hardness scale|Hardness]]
31: ! colspan="2" bgcolor="#FFDEAD" | Atomic properties - Helium (36603 bytes)
2: {| width="250" border="1" cellpadding="2" cellspacing="0" align="right...
4: {| align="center" border="0"
26: | [[Density]]
35: | 0.95 [[Kelvin|K]] (-272.2 °[[Celsius|C]])
38: | 4.22 [[Kelvin|K]] (-268.93 °[[Celsius|C]]) - Hydrogen (20221 bytes)
3: <table border="1" cellpadding="2" cellspacing="0" align="right...
5: <table align="center" border="0">
22: <td>[[Density]], [[Mohs hardness scale|Hardness]] </td>...
34: <td>[[van der Waals radius]] </td><td>...
40: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>1 ([[amphoteric]])</t... - Lithium (11359 bytes)
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4: {| align="center" border="0"
24: | [[Density]], [[Mohs hardness scale|Hardness]]
41: | [[van der Waals radius]]
50: | [[Oxidation state]]s ([[Oxide]]) - Aluminium (26079 bytes)
1: {{Elementbox_header | number=13 | symbol=Al | name=aluminium | left=...
10: {{Elementbox_density_gpcm3nrt | 2.70 }}
11: {{Elementbox_densityliq_gpcm3mp | 2.375 }}
20: ...{Elementbox_oxistates | 3<br />([[amphoteric]] oxide) }}
41: ...] | dm=[[Positron emission|β<sup>+</sup>]] | de=1.17 | pn=26 | ps=[[magnesium|Mg]] }} - Neodymium (12345 bytes)
2: <table border="1" cellpadding="2" cellspacing="0" align="right...
4: <table align="center" border="0">
16: ...] </td><td>[[Lanthanide]]s</td></tr>
20: <td>[[Density]], [[Mohs hardness scale|Hardness]] </td>...
32: <td>[[van der Waals radius]] </td><td>... - Neptunium (9972 bytes)
2: <table border="1" cellpadding="2" cellspacing="0" align="right...
4: <table align="center" border="0">
17: ...s]] </td><td>[[Actinide]]s</td></tr>
21: <td>[[Density]], [[Mohs hardness scale|Hardness]] </td>...
33: <td>[[van der Waals radius]] </td><td>... - Plutonium (24623 bytes)
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20: | [[Actinide]]s
25: | [[Density]], [[Mohs hardness scale|Hardness]]
43: | [[van der Waals radius]] - Potassium (12496 bytes)
2: <table border="1" cellpadding="2" cellspacing="0" align="right...
4: <table align="center" border="0">
21: <td>[[Density]], [[Mohs hardness scale|Hardness]] </td>...
33: <td>[[van der Waals radius]] </td><td>...
39: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>1 (strong [[Base (che... - Scandium (10820 bytes)
2: <table border="1" cellpadding="2" cellspacing="0" align="right...
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20: <td>[[Density]], [[Mohs hardness scale|Hardness]] </td><td...
32: <td>[[van der Waals radius]] </td><td>no data</td></tr>
38: <td>[[Oxidation state]]s ([[Oxide]]) </td><td>3 (weak [[Base (chemistry)|base]])</t... - Sodium (8714 bytes)
1: {{Elementbox_header | number=11 | symbol=Na | name=sodium | left=- |...
10: {{Elementbox_density_gpcm3nrt | 0.968 }}
11: {{Elementbox_densityliq_gpcm3mp | 0.927 }}
20: ... | 1<br />(strongly [[base (chemistry)|basic]] oxide) }}
26: {{Elementbox_vanderwaalsrad_pm | [[1 E-10 m|227]] }} - Yttrium (9384 bytes)
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23: | [[Density]], [[Mohs hardness scale|Hardness]]
40: | [[van der Waals radius]]
49: | [[Oxidation state]]s ([[Oxide]]) - List of elements by name (7283 bytes)
3: ...thumb|150px|right|Chemistry Clipart .Clipart provided by [http://classroomclipart.com Classroom Clip A...
104: <tr><td>[[mendelevium]]</td><td>Md</td><td>101</td></tr>
106: <tr><td>[[molybdenum]]</td><td>Mo</td><td>42</td></tr> - Neutron (7687 bytes)
1: <table border="1" cellspacing="0" align="right" cellpadding="2...
29: ...|thumb|150px|left|Chemistry Clipart .Clipart provided by
32: ...ta decay]]) occurs in some nuclei. Particles inside the nucleus are typically resonances between neut...
34: ...hat they are uncharged. This property of neutrons delayed their discovery, makes them very penetrating...
36: ...mes into play when the neutron comes very close indeed to an atomic nucleus. Consequently a free neutr... - Timeline of chemical element discovery (10490 bytes)
1: ...thumb|150px|right|Chemistry Clipart .Clipart provided by
22: *[[1450]] - [[Antimony]] first described by [[Tholden]]
34: *[[1753]] - [[Bismuth]] discovered by [[Claude Geoffroy Junine]]
42: *[[1776]] - [[Hydrogen]] isolated and described by [[Henry Cavendish]], named by [[Antoine...
43: *[[1778]] - [[Molybdenum]] was discovered [[Carl Wilhelm Scheele]]
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