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- Iodine (11416 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->{| border="...
6: ...n="center" | [[tellurium]] – '''iodine''' – [[xenon]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
26: ...[[kilogram per cubic metre|kg/m<sup>3</sup>]], no data
29: | align="center" | violet-dark grey, <br>lustrous<br>[[Image:I,53.jpg|125px|]] - Iron (23778 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...align="center">[[manganese]] – '''iron''' – [[cobalt]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
44: <td>[[Oxidation state]]s ([[Oxide]]) </td><td...
89: <th>[[natural abundance|NA]]</th> - Krypton (9031 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: | colspan="2" align="center" | [[bromine]] – '''krypton'''
10: ...="text-align: right"><small>[[Periodic table (standard)|Full table]]</small></div>
36: | no data (88) [[picometre|pm]]
50: | [[Oxidation state]]s ([[Oxide]]) - Lawrencium (5210 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...="center">[[nobelium]] – '''lawrencium''' – [[rutherfordium]]</td>
9: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
43: ...cium decay via [[alpha emission]], [[spontaneous fission]] and [[electron capture]] (in order of most to l... - Mendelevium (4980 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...center" | [[fermium]] – '''mendelevium''' – [[nobelium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
45: ! [[natural abundance|NA]]
54: ...]]<br>[[alpha emission|α]]<br>[[spontaneous fission|SF]] - Neptunium (9972 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...gn="center">[[uranium]] – '''neptunium''' – [[plutonium]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
39: <td>[[Oxidation state]]s ([[Oxide]]) </td><td...
77: <th>[[Isotope|iso]]</th><th>[[natural abundance|NA]]</th><th>[[half-life]] </th><th>[[decay mo... - Nobelium (6700 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ..."center">[[mendelevium]] – '''nobelium''' – [[lawrencium]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
36: <th>[[Isotope|iso]]</th><th>[[natural abundance|NA]]</th><th>[[half-life]] </th><th>[[decay mo...
43: ...m]]</td><td>α<br>ε<br>[[spontaneous fission|SF]]</td><td>7.910<br>0.500<br> </td><td><su... - Plutonium (24623 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...center" | [[neptunium]] – '''plutonium''' – [[americium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
26: ...[[kilogram per cubic metre|kg/m<sup>3</sup>]], no data
38: | [[1 E-10 m|175 (no data) pm]] - Promethium (9561 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...enter" | [[Neodymium]] – '''Promethium''' – [[Samarium]]
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
25: ...[[kilogram per cubic metre|kg/m<sup>3</sup>]], no data
39: | no data - Rutherfordium (3808 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...r" | [[lawrencium]] – '''rutherfordium''' – [[dubnium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
46: ...[[ion]]s and claimed that they detected [[nuclear fission]] tracks in a special type of glass with a [[micr... - Seaborgium (4376 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...n="center">[[dubnium]] – '''seaborgium''' – [[bohrium]]</td>
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
45: ... which decays through alpha decay and spontaneous fission. It has a half-life of 2.9 [[milliseconds|ms]]. - Technetium (32113 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...nter" | [[molybdenum]] – '''technetium''' – [[ruthenium]]
11: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
43: | no data
51: | [[Oxidation state]] - Uranium (27752 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...enter" | [[protactinium]] – '''uranium''' – [[neptunium]]
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
28: ...-white metal<br />[[Image:Uranium_Metal_Assay_Standard.jpg|150px|Uranium]]
50: | [[Oxidation state]]s ([[Oxide]]) - Vanadium (13808 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: ...gn="center">[[titanium]] – '''vanadium''' – [[chromium]]</td>
9: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div> </table>
38: <td>[[Oxidation state]]s ([[Oxide]]) </td><td...
84: <th>[[Isotope|iso]]</th><th>[[natural abundance|NA]]</th><th>[[half-life]] </th><th>[[decay mo... - Xenon (12457 bytes)
1: <!-- Here is a table of data; skip past it to edit the text. -->
5: | colspan="2" align="center" | [[iodine]] – '''xenon'''
10: <div align="right"><small>[[Periodic table (standard)|Full table]]</small></div>
36: | no data (108) [[picometre|pm]]
50: | [[Oxidation state]]s ([[Oxide]]) - Cell division (1579 bytes)
2: ...]] (called a ''mother cell'') dividing into two ''daughter cells''. This leads to growth in [[multicel...
4: ...Prokaryote|Prokaryotic]] cells divide by [[binary fission]]. [[Eukaryote|Eukaryotic]] cells usually underg... - Mitosis (8111 bytes)
3: ... is similar to mitosis in many ways, in which the daughter nuclei receive half the chromosomes of the ...
11: ...s. Instead they undergo what is known as [[binary fission]].
17: ...id — and only one copy — goes to each daughter cell after cell division.
19: ...mdash; which replicate independently of mitosis — begin recruiting microtubules (which may be th...
48: ...n the two newly separated nuclei, to form two new daughter cells. At this point, each new nucleus cont... - Moon Jelly (10363 bytes)
5: {{Taxobox phylum entry | taxon = [[Cnidaria]]}}
8: {{Taxobox familia entry | taxon = [[Ulmaridae]]}}
23: ...dusa. The strobila stage can reproduce by asexual fission (Gilbertson, 1999).
29: ...en levels that are three times normal for several days, giving them a higher chance of living in case ...
34: ...pture prey and also to protect themselves from predators (Arai, 1997). The food is tied with mucus, an...
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