A. Give the missing product or reactant, X in the following nuclear reactions. Determine the type of nuclear reaction.Answers must be in X notation. Use He, _e, e (not those with Greek letters).1. K →{ e + X22 Ne2.유 Na + X →103. X Ar +,° e4. 34 Pa → He + XB. Write balanced nuclear equations for:1. the loss of a positron by Y-852.2. the alpha emission resulting in the formation of Pa-233.3. polonium-216 decays by emitting an alpha particle followed by a beta particle

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A. Give the missing product or reactant, X in the following nuclear reactions. Determine the type of nuclear reaction. Answers must be in X notation. Use He, e, Ge (not those with Greek letters). 1. K → e+ X 2. 7Na + X → Ne 3. X Ar +,° e 4. 234 Ра — Нe + X 91

A. Give the missing product or reactant, X in the following nuclear reactions. Determine the type of nuclear reaction. Answers must be in X notation. Use He, e, Ge (not those with Greek letters). 1. K → e+ X 2. 7Na + X → Ne 3. X Ar +,° e 4. 234 Ра — Нe + X 91

Chemistry

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ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

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Concept explainers

Writing and Balancing Nuclear Equations

A nuclear equation is a symbolic representation of a nuclear reaction using certain symbols. It is studied in nuclear chemistry and nuclear physics.

Question

A. Give the missing product or reactant, X in the following nuclear reactions. Determine the type of nuclear reaction.
Answers must be in X notation. Use He, _e, e (not those with Greek letters).
1. K →{ e + X
22 Ne
2.유 Na + X →10
3. X Ar +,° e
4. 34 Pa → He + X
B. Write balanced nuclear equations for:
1. the loss of a positron by Y-852.
2. the alpha emission resulting in the formation of Pa-233.
3. polonium-216 decays by emitting an alpha particle followed by a beta particle

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