Osmium-166 decays into an unknown particle and a positron. What daughter nuclide was produced? Lanthanum-121 undergoes decay to produce a positron, cesium-120 and an unknown particle. What is the unknown decay product? A radioisotope undergoes decay to produce a positron, tin-107 and a proton. What was the original isotope? Francium-215 undergoes decay to produce an unknown particle and an alpha particle. What daughter nuclide was produced? A: X: symbol? Z: A: A: X: symbol? mass #? Z: atomic #7 Z: A: atomic #? X: mass ar? X: symbol? Z: mass #? atomic a mass a symbol atomic a

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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Osmium-166 decays into an unknown particle and a positron. What daughter nuclide was
produced?
5.
Lanthanum-121 undergoes decay to produce a positron, cesium-120 and an unknown particle.
What is the unknown decay product?
A radioisotope undergoes decay to produce a positron, tin-107 and a proton. What was the
original isotope?
Francium-215 undergoes decay to produce an unknown particle and an alpha particle. What
daughter nuclide was produced?
A:
X: symbol?
Z:
A:
mass #?
A:
atomic #?
X: symbol?
massa?
Z: atomic a?
A:
mass ?
X: symbol?
Z: atomic a?
mass a
X: symbol
Z: atomic #?
Transcribed Image Text:Osmium-166 decays into an unknown particle and a positron. What daughter nuclide was produced? 5. Lanthanum-121 undergoes decay to produce a positron, cesium-120 and an unknown particle. What is the unknown decay product? A radioisotope undergoes decay to produce a positron, tin-107 and a proton. What was the original isotope? Francium-215 undergoes decay to produce an unknown particle and an alpha particle. What daughter nuclide was produced? A: X: symbol? Z: A: mass #? A: atomic #? X: symbol? massa? Z: atomic a? A: mass ? X: symbol? Z: atomic a? mass a X: symbol Z: atomic #?
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