2. Table NU.1 lists some sources of household background radiation, all of which emit gamma radiation by various processes. For example, uranium-238 emits an alpha particle as well as gamma radiation when it decays, as shown in Equation NU.1. 92 238 4 U > He +2 90 234 Th Write nuclear equations for the other sources of background gamma radiation from Table NU.1: (pending/2pts) A Potassium-40, a beta emitter Normal BIU (pending/2pts) B Americium-241, an alpha emitter Normal BIU (pending/2pts) C Radon-222, an alpha emitter Normal fx B Saved Saved Tx fx e Saved BIU X₂ | X² | = fxe TX Report Table NU.1: Background Radiation Data Background radiation counts First minute Second minute Third minute Counts 13 16 17
2. Table NU.1 lists some sources of household background radiation, all of which emit gamma radiation by various processes. For example, uranium-238 emits an alpha particle as well as gamma radiation when it decays, as shown in Equation NU.1. 92 238 4 U > He +2 90 234 Th Write nuclear equations for the other sources of background gamma radiation from Table NU.1: (pending/2pts) A Potassium-40, a beta emitter Normal BIU (pending/2pts) B Americium-241, an alpha emitter Normal BIU (pending/2pts) C Radon-222, an alpha emitter Normal fx B Saved Saved Tx fx e Saved BIU X₂ | X² | = fxe TX Report Table NU.1: Background Radiation Data Background radiation counts First minute Second minute Third minute Counts 13 16 17
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 49QRT
Related questions
Question
Table NU.1 lists some sources of household background radiation, all of which emit gamma radiation by various processes. For example, uranium-238 emits an alpha particle as well as gamma radiation when it decays, as shown in Equation NU.1.
92238U⟶24He+90234Th23892U⟶42He+23490Th
Write
A Potassium-40, a beta emitter
B Americium-241, an alpha emitter
C Radon-222, an alpha emitter
3. Cobalt-60 decays to produce nickel-60. Write a nuclear equation to identify the particle released by this process.
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