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- Barium (8466 bytes)
8: ...ter" | [[Caesium]] – '''Barium''' – [[Lanthanum]]
19: | Barium, Ba, 56
62: | [[Molar volume]]
73: ! colspan="2" bgcolor="#FFDEAD" | Miscellaneous
134: ... used in small quantities in [[paint]]s and in [[glass]]making.
Page text matches
- Periodic table (7298 bytes)
1: ...[chemical property|chemical properties]] vary regularly across the table. Each element is listed by it...
3: ...aying the chemical elements|other methods for displaying the chemical elements]] for more details or d...
6: ...[[valence shell]] electrons, which gives them similar properties.
9: ...y]] (IUPAC). The IUPAC scheme was developed to replace both older Roman numeral systems as they confus...
14: ==Other methods for displaying the chemical elements== - List of elements by symbol (14812 bytes)
5: ...r><td>Ag</td><td>[[silver]]</td><td>47</td><td>([[Latin]] ''Argentum'')</td></tr>
11: <tr><td>Au</td><td>[[gold]]</td><td>79</td><td>(Latin ''Aurum'')</td></tr>
13: <tr><td>Ba</td><td>[[barium]]</td><td>56</td><td></td></tr>
29: <tr><td>Cu</td><td>[[copper]]</td><td>29</td><td>(Latin ''Cuprum'')</td></tr>
37: <tr><td>Fe</td><td>[[iron]]</td><td>26</td><td>(Latin ''Ferrum'')</td></tr> - Ceramics (15941 bytes)
1: ... of years, involves the creation of objects from clay and other ceramic materials. This article will e...
7: ...he creation of anything from earthenware and porcelain to decorative tiles and modern sculptures, refl...
12: ... while Chinese ceramics are famous for their porcelain, a significant export on the Silk Road.
17: ... traditional methods where the artist shapes the clay by hand.
19: ...for the creation of symmetrical pieces and is popular for making bowls, vases, and other rounded forms... - Glass (26176 bytes)
1: ... not giving enough time for a regular [[crystal]] lattice to form. A simple example is when [[Sucrose|...
3: ...ans as ''glaesum.'' Anglo-Saxons used the word ''glaer'' for amber.
5: ...pecific type of glass—the [[silica]]-based glasses in common use as a building, container or dec...
9: ...e properties lead to a great many uses of glass. Glass is, however, brittle and will break into sharp ...
13: '''Common glass''' is mostly amorphous [[silicon dioxide]] ([[S... - Wilhelm Conrad Roentgen (8624 bytes)
6: ...icature of one of the teachers, a "[[crime]]" he claimed not to have committed.
12: ...tickets, the outbreak of World War I changed his plans and he remained in Munich for the rest of his c...
16: ...e Hittorf-Crookes tube, which had a much thicker glass wall than the Lenard tube, might also cause thi...
18: ...mmering had come from the location of the barium platinocyanide screen he had been intending to use ne...
20: .... In the following weeks he ate and slept in his laboratory as he investigated many properties of the... - Barium (8466 bytes)
8: ...ter" | [[Caesium]] – '''Barium''' – [[Lanthanum]]
19: | Barium, Ba, 56
62: | [[Molar volume]]
73: ! colspan="2" bgcolor="#FFDEAD" | Miscellaneous
134: ... used in small quantities in [[paint]]s and in [[glass]]making. - Caesium (11026 bytes)
4: ...span="2" align="center" | '''Caesium''' – [[Barium]]
65: | [[Molar volume]]
80: ...n="2" align="center" bgcolor="#FF6666" | '''Miscellaneous'''
124: | [[xenon|<sup>134</sup>Xe]]<br>[[barium|<sup>134</sup>Ba]]
131: | [[barium|<sup>135</sup>Ba]] - Copper (13595 bytes)
68: | [[Molar volume]]
83: ...n="2" align="center" bgcolor="#ffc0c0" | '''Miscellaneous'''
134: ...Clipart provided by [http://classroomclipart.com Classroom Clip Art]]]
136: ...own as ''aes Cyprium'' (''aes'' being the generic Latin term for copper alloys such as [[bronze]] and ...
138: ...g of copper from simple copper oxides such as [[malachite]] or [[azurite]]. The earliest signs of [[go... - Lanthanum (10184 bytes)
5: ... colspan="2" align="center">[[Barium]] – '''Lanthanum''' – [[Cerium]]</td>
7: <tr><td rowspan="3" valign="center">'''La'''<br>[[Actinium|Ac]] <br> <br>&n...
8: <tr><td align="center">[[image:La-TableImage.png]]<br>
15: ...of elements by number|Number]]</td><td>Lanthanum, La, 57 </td></tr>
17: ... series]] </td><td>[[Lanthanide]]s</td></tr> - Neptunium (9972 bytes)
13: ...="2" align=center bgcolor="#ff99cc"><font color="black">'''General'''</font></th></tr>
25: ...2" align="center" bgcolor="#ff99cc"><font color="black">'''Atomic properties'''</font></th></tr>
43: ...2" align="center" bgcolor="#ff99cc"><font color="black">'''Physical properties'''</font></th></tr>
50: <td>[[Molar volume]] </td><t...
60: ...r" bgcolor="#ff99cc"><font color="black">'''Miscellaneous'''</font></th></tr> - Radium (13138 bytes)
6: <tr><td rowspan="3" valign="middle">[[Barium|Ba]]<br>'''Ra'''<br> <br> <br>&nb...
49: <td>[[Molar volume]]</td><td>41.09 [[scientific notation|&ti...
59: ...pan="2" align="center" bgcolor="#FFDEAD">'''Miscellaneous'''</th></tr>
94: Its appearance is almost pure white, but it blackens on exposure to air. Radium is an [[alkaline ...
96: ...Clipart provided by [http://classroomclipart.com Classroom Clip Art]]] - Strontium (11493 bytes)
7: ...valign="center" | [[Calcium|Ca]]<br>'''Sr'''<br>[[Barium|Ba]] <br> <br>
66: | [[Molar volume]]
79: | data not available
81: ...n="2" align="center" bgcolor="#FFDEAD" | '''Miscellaneous'''
132: 0.514[[Delayed nuclear radiation|D]] - Sulfur (18059 bytes)
1: ... below=[[selenium|Se]] | color1=#a0ffa0 | color2=black }}
8: ...x_section_physicalprop | color1=#a0ffa0 | color2=black }}
20: ...box_section_atomicprop | color1=#a0ffa0 | color2=black }}
29: ..._section_miscellaneous | color1=#a0ffa0 | color2=black }}
36: ...in | isotopesof=sulfur | color1=#a0ffa0 | color2=black }} - Titanium (20884 bytes)
48: <td>[[Molar volume]]</td><td>10.64 [[scientific notation|&ti...
58: ...span="2" align="center" bgcolor="ffc0c0">'''Miscellaneous'''</th></tr>
115: ...um's properties are chemically and physically similar to [[zirconium]].
116: ...Clipart provided by [http://classroomclipart.com Classroom Clip Art]]]
118: ... lustrous, and metallic-white in [[color]]. The relatively high [[melting point]] of this element make... - Xenon (12457 bytes)
85: ... bgcolor="#c0ffff" | '''<font color="green">Miscellaneous'''</font>
173: | [[barium|<sup>136</sup>Ba]]
180: ...Clipart provided by [http://classroomclipart.com Classroom Clip Art]]]
182: ...es]] with water when atoms of it are trapped in a lattice of the water molecules.
185: ...oximating noon sunlight and are used in solar simulators, some projection systems, and other specializ... - List of elements by name (7283 bytes)
3: ...Clipart provided by [http://classroomclipart.com Classroom Clip Art]]]
21: <tr><td>[[barium]]</td><td>Ba</td><td>56</td></tr>
92: <tr><td>[[lanthanum]]</td><td>La</td><td>57</td></tr>
93: <tr><td>[[lawrencium]]</td><td>Lr</td><td>103</td></tr>
126: <tr><td>[[palladium]]</td><td>Pd</td><td>46</td></tr> - Timeline of chemical element discovery (10490 bytes)
1: [[Image:Chemistry_flask.jpg|thumb|150px|right|Chemistry Clipart .Clipar...
3: [http://classroomclipart.com Classroom Clip Art]]]Some elements have been known si...
31: ...iscovered by [[Georg Brandt]]. From the [[German language|German]] word ''kobalt'' or ''kobold'' (evi...
32: *[[1741]] - [[Platinum]] discovered by [[Charles Wood (scientist)|C...
33: *[[1751]] - [[Nickel]] isolated from [[niccolite]] by [[Axel Fredrik Cronstedt... - History of the periodic table (7005 bytes)
3: ... be discovered in nature in native form and are relatively simple to mine with primitive tools.
5: [[Image:Chemistry_flask.jpg|thumb|150px|left|Chemistry Clipart .Clipart...
7: [http://classroomclipart.com Classroom Clip Art]]]
10: ...ay chemicals reacted and began to devise ways to classify the elements.
12: ==Law of triads== - Mineral (10947 bytes)
5: == Mineral definition and classification ==
7: ...don't strictly meet the definition are sometimes classified as [[mineraloid]]s. Other natural-occurri...
9: ... mineral grains are too small to see or are irregularly shaped the crystal structure can be determined...
11: ...]] (made from [[lead]] and [[sulfur]]) and [[periclase]] (made from [[magnesium]] and [[oxygen]]) all ...
24: ...ivocation. In other cases, minerals can only be classified by more complex chemical or [[X-ray diffra...
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