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Fact: Zn-63 is unstable and radioactive. Is its n/p ratio too high or too low? Which process could lead to stability? (Make sure that both parts of the answer are correct.) (A) Its n/p ratio is too high. It could attain stability by beta emission. (B) Its n/p ratio is too high. It could attain stability by electron capture. Its n/p ratio is too low. It could attain stability by beta emission. (D) Its n/p ratio is too low. It could attain stability by either electron capture or positron emission.

Fact: Zn-63 is unstable and radioactive. Is its n/p ratio too high or too low? Which process could lead to stability? (Make sure that both parts of the answer are correct.) (A) Its n/p ratio is too high. It could attain stability by beta emission. (B) Its n/p ratio is too high. It could attain stability by electron capture. Its n/p ratio is too low. It could attain stability by beta emission. (D) Its n/p ratio is too low. It could attain stability by either electron capture or positron emission.

Principles of Modern Chemistry
Principles of Modern Chemistry
8th Edition
ISBN:9781305079113
Author:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Publisher:David W. Oxtoby, H. Pat Gillis, Laurie J. Butler
Chapter19: Nuclear Chemistry
Section: Chapter Questions
Problem 46AP
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Fact: Zn-63 is unstable and radioactive. Is its n/p ratio too high or too low? Which process could lead to stability? (Make sure that both parts of the answer are correct.) (A) Its n/p ratio is too high. It could attain stability by beta emission. (B) Its n/p ratio is too high. It could attain stability by electron capture. Its n/p ratio is too low. It could attain stability by beta emission. (D) Its n/p ratio is too low. It could attain stability by either electron capture or positron emission.
Transcribed Image Text:Fact: Zn-63 is unstable and radioactive. Is its n/p ratio too high or too low? Which process could lead to stability? (Make sure that both parts of the answer are correct.) (A) Its n/p ratio is too high. It could attain stability by beta emission. (B) Its n/p ratio is too high. It could attain stability by electron capture. Its n/p ratio is too low. It could attain stability by beta emission. (D) Its n/p ratio is too low. It could attain stability by either electron capture or positron emission.
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