Beta decay - Revision history

Nnjm2: Added a reference section header.

2016-12-04T17:16:19Z

Added a reference section header.

← Older revision		Revision as of 17:16, 4 December 2016
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	Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[Positron\|positron]]) and a [[Neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table<ref name="[1]">Breithaupt J. AQA physics A A2: student's book. UK: Nelson Thornes. 2008.</ref>.<sup></sup>		Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[Positron\|positron]]) and a [[Neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table<ref name="[1]">Breithaupt J. AQA physics A A2: student's book. UK: Nelson Thornes. 2008.</ref>.<sup></sup>

	~~<br>~~		=== References ===

	<references />		<references />

160386374 at 16:13, 4 December 2016

2016-12-04T16:13:55Z

← Older revision		Revision as of 16:13, 4 December 2016
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	There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.<br>		There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally<ref name="[1]">Breithaupt J. AQA physics A A2: student's book. UK: Nelson Thornes. 2008.</ref>.<br>

	Beta minus decay occurs in unstable [[Nuclei\|nuclei]] with too many [[Neutrons\|neutrons]]. One of the neutrons becomes a [[Proton\|proton]] in a process that involves the release of a [[Β particle\|β<sup>- </sup>particle]] (a high energy [[Electron transport chain\|electron]]) and an [[Antineutrino\|antineutrino]]. The result is the nuclei of a different [[Element\|element]]. This element is located one box to the right of the original element on the [[Periodic table\|periodic table]].<br><sup></sup>		Beta minus decay occurs in unstable [[Nuclei\|nuclei]] with too many [[Neutrons\|neutrons]]. One of the neutrons becomes a [[Proton\|proton]] in a process that involves the release of a [[Β particle\|β<sup>- </sup>particle]] (a high energy [[Electron transport chain\|electron]]) and an [[Antineutrino\|antineutrino]]. The result is the nuclei of a different [[Element\|element]]. This element is located one box to the right of the original element on the [[Periodic table\|periodic table]] <ref name="[1]">Breithaupt J. AQA physics A A2: student's book. UK: Nelson Thornes. 2008.</ref>.<br><sup></sup>

	Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[Positron\|positron]]) and a [[Neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.<sup></sup>		Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[Positron\|positron]]) and a [[Neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table<ref name="[1]">Breithaupt J. AQA physics A A2: student's book. UK: Nelson Thornes. 2008.</ref>.<sup></sup>

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			<references />

Nnjm2: Rolled the page back as it had been incorrectly edited. A lot of stray HTML had been introduced.

2016-12-03T14:11:15Z

Rolled the page back as it had been incorrectly edited. A lot of stray HTML had been introduced.

← Older revision		Revision as of 14:11, 3 December 2016
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	~~<p>~~There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally~~<span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1]">Breithaupt J. AQA physics A A2: student’s book. UK: Nelson Thornes. 2008.</span>~~.<br />		There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.<br>
	~~</p><p>~~Beta minus decay occurs in unstable ~~<a href="~~Nuclei">nuclei~~</a>~~ with too many ~~<a href="~~Neutrons">neutrons~~</a>~~. One of the neutrons becomes a ~~<a href="~~Proton">proton~~</a>~~ in a process that involves the release of a&~~#160~~;~~<a href="~~Β particle">β<sup>- </sup>particle~~</a>~~ (a high energy ~~<a href="~~Electron transport chain">electron~~</a>~~) and an ~~<a href="~~Antineutrino">antineutrino~~</a>~~. The result is the nuclei of a different ~~<a href="~~Element">element~~</a>~~. This element is located one box to the right of the original element on the ~~<a href="~~Periodic table">periodic table~~</a> <span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1~~]~~" />~~.<br /><sup></sup>
	~~</p><p>~~Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a&~~#160~~;β<sup>+ </sup>particle (a ~~<a href="~~Positron">positron~~</a>~~) and a ~~<a href="~~Neutrino">neutrino~~</a>~~. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table~~<span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1]" />~~.<sup></sup>		Beta minus decay occurs in unstable [[Nuclei\|nuclei]] with too many [[Neutrons\|neutrons]]. One of the neutrons becomes a [[Proton\|proton]] in a process that involves the release of a [[Β particle\|β<sup>- </sup>particle]] (a high energy [[Electron transport chain\|electron]]) and an [[Antineutrino\|antineutrino]]. The result is the nuclei of a different [[Element\|element]]. This element is located one box to the right of the original element on the [[Periodic table\|periodic table]].<br><sup></sup>
	~~</p><p><br />~~
	~~</p><p><span class="fck_mw_references" _fck_mw_customtag="true" _fck_mw_tagname="references" />~~		Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[Positron\|positron]]) and a [[Neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.<sup></sup>
	~~</p~~>

160386374 at 14:00, 3 December 2016

2016-12-03T14:00:50Z

← Older revision		Revision as of 14:00, 3 December 2016
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	There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.<br>		<p>There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally<span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1]">Breithaupt J. AQA physics A A2: student’s book. UK: Nelson Thornes. 2008.</span>.<br />
			</p><p>Beta minus decay occurs in unstable <a href="Nuclei">nuclei</a> with too many <a href="Neutrons">neutrons</a>. One of the neutrons becomes a <a href="Proton">proton</a> in a process that involves the release of a <a href="Β particle">β<sup>- </sup>particle</a> (a high energy <a href="Electron transport chain">electron</a>) and an <a href="Antineutrino">antineutrino</a>. The result is the nuclei of a different <a href="Element">element</a>. This element is located one box to the right of the original element on the <a href="Periodic table">periodic table</a> <span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1]" />.<br /><sup></sup>
	Beta minus decay occurs in unstable [[nuclei~~\|nuclei]]~~ with too many [[neutrons~~\|neutrons]]~~. One of the neutrons becomes a [[proton~~\|proton]]~~ in a process that involves the release of a&~~nbsp~~;~~[[β~~ particle\|β<sup>- </sup>particle]] (a high energy ~~[[electron~~ transport chain\|electron]]) and an [[antineutrino~~\|antineutrino]]~~. The result is the nuclei of a different [[element~~\|element]]~~. This element is located one box to the right of the original element on the ~~[[periodic~~ table\|periodic table]].<br><sup></sup>		</p><p>Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a <a href="Positron">positron</a>) and a <a href="Neutrino">neutrino</a>. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table<span class="fck_mw_ref" _fck_mw_customtag="true" _fck_mw_tagname="ref" name="[1]" />.<sup></sup>
			</p><p><br />
	Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a&~~nbsp~~;β<sup>+ </sup>particle (a [[positron~~\|positron]]~~) and a [[neutrino~~\|neutrino]]~~. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.<sup></sup>		</p><p><span class="fck_mw_references" _fck_mw_customtag="true" _fck_mw_tagname="references" />
			</p>

Nnjm2: Added links. There were no links! Also, page needs some references.

2016-12-03T09:41:27Z

Added links. There were no links! Also, page needs some references.

← Older revision		Revision as of 09:41, 3 December 2016
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	There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.<br>		There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.<br>

	Beta minus decay occurs in unstable nuclei with too many neutrons. One of the neutrons becomes a proton in a process that involves the release of a β<sup>- </sup>particle (a high energy electron) and an antineutrino. The result is the nuclei of a different element. This element is located one box to the right of the original element on the periodic table.<br><sup></sup>		Beta minus decay occurs in unstable [[nuclei\|nuclei]] with too many [[neutrons\|neutrons]]. One of the neutrons becomes a [[proton\|proton]] in a process that involves the release of a [[β particle\|β<sup>- </sup>particle]] (a high energy [[electron transport chain\|electron]]) and an [[antineutrino\|antineutrino]]. The result is the nuclei of a different [[element\|element]]. This element is located one box to the right of the original element on the [[periodic table\|periodic table]].<br><sup></sup>

	Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a positron) and a neutrino. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.<sup></sup>		Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β<sup>+ </sup>particle (a [[positron\|positron]]) and a [[neutrino\|neutrino]]. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.<sup></sup>

160386374: Created page with "There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally.
Beta minus decay occurs in unstable nuclei with to..."

2016-12-02T22:35:38Z

Created page with "There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally. Beta minus decay occurs in unstable nuclei with to..."

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There are two types of beta decay: beta plus decay and beta minus decay. Only beta minus decay, however, occurs naturally. 

Beta minus decay occurs in unstable nuclei with too many neutrons. One of the neutrons becomes a proton in a process that involves the release of a β- particle (a high energy electron) and an antineutrino. The result is the nuclei of a different element. This element is located one box to the right of the original element on the periodic table. 

Beta plus decay occurs in unstable nuclei with too many protons. One proton becomes a neutron with the release of a β+ particle (a positron) and a neutrino. The result of this decay is the nuclei of a different element, which is located one box to the left of the original element on the periodic table.