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28. a) write the alpha decay equation for radium-224. 28. b) write beta-minus decay equation for radium-225. 28. c) identify the reasonably expected decay mode(s) for thorium-212 circle your answer a) alpha. b) beta-minus c) beta plus d) electron capture 28. d) The fundamental interaction involved in the charging of a quark within the carbon is the interaction.

28. a) write the alpha decay equation for radium-224. 28. b) write beta-minus decay equation for radium-225. 28. c) identify the reasonably expected decay mode(s) for thorium-212 circle your answer a) alpha. b) beta-minus c) beta plus d) electron capture 28. d) The fundamental interaction involved in the charging of a quark within the carbon is the interaction.

Chemistry: The Molecular Science
Chemistry: The Molecular Science
5th Edition
ISBN:9781285199047
Author:John W. Moore, Conrad L. Stanitski
Publisher:John W. Moore, Conrad L. Stanitski
Chapter18: Nuclear Chemistry
Section: Chapter Questions
Problem 5SP
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28. a) write the alpha decay equation for radium-224. 28. b) write beta-minus decay equation for radium-225. 28. c) identify the reasonably expected decay mode(s) for thorium-212 circle your answer a) alpha. b) beta-minus c) beta plus d) electron capture 28. d) The fundamental interaction involved in the charging of a quark within the carbon is the interaction. 28. e) the particles ejected in the decay are travelling close to the speed of light. As you watch these particle travel past you, you would describe their rate of time passage as Islower/faster) compared your own passage of time.
Transcribed Image Text:28. a) write the alpha decay equation for radium-224. 28. b) write beta-minus decay equation for radium-225. 28. c) identify the reasonably expected decay mode(s) for thorium-212 circle your answer a) alpha. b) beta-minus c) beta plus d) electron capture 28. d) The fundamental interaction involved in the charging of a quark within the carbon is the interaction. 28. e) the particles ejected in the decay are travelling close to the speed of light. As you watch these particle travel past you, you would describe their rate of time passage as Islower/faster) compared your own passage of time.
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