Kinetic energy: Difference between revisions
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'''{{PAGENAME}}''' was released when a large [[atom]], such as [[Uranium-235]], absorbed a [[neutron]], resulting in its fission. This was part of the [[nuclear fission]] process. ([[AUDIO]]: ''[[Power Play (audio story)|Power Play]]'') | '''{{PAGENAME}}''' was released when a large [[atom]], such as [[Uranium-235]], absorbed a [[neutron]], resulting in its fission. This was part of the [[nuclear fission]] process. ([[AUDIO]]: ''[[Power Play (audio story)|Power Play]]'') | ||
[[Category:Energy and radiation]] | [[Category:Energy and radiation]] | ||
[[Category:Physics from the real world]] | [[Category:Physics from the real world]] | ||
Latest revision as of 20:33, 3 September 2020
Kinetic energy was released when a large atom, such as Uranium-235, absorbed a neutron, resulting in its fission. This was part of the nuclear fission process. (AUDIO: Power Play)
