Carbon has three naturally occurring isotopes. The isotope, carbon-14, is radioactive. An atom of carbon-14 decays by emitting a beta particle. Carbon has three naturally occurring isotopes. The isotope, carbon-14, is radioactive. An atom of carbon-14 decays by emitting a beta particle. a. Why do carbon-14 decay? b. State another one example of isotopes c. What particle does carbon-14 release?

Modern Physics
3rd Edition
ISBN:9781111794378
Author:Raymond A. Serway, Clement J. Moses, Curt A. Moyer
Publisher:Raymond A. Serway, Clement J. Moses, Curt A. Moyer
Chapter13: Nuclear Structure
Section: Chapter Questions
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2.
Carbon has three naturally occurring isotopes. The isotope, carbon-14, is radioactive.
An atom of carbon-14 decays by emitting a beta particle. Carbon has three naturally
occurring isotopes. The isotope, carbon-14, is radioactive. An atom of carbon-14
decays by emitting a beta particle.
a. Why do carbon-14 decay?
b. State another one example of isotopes
c. What particle does carbon-14 release?
Transcribed Image Text:2. Carbon has three naturally occurring isotopes. The isotope, carbon-14, is radioactive. An atom of carbon-14 decays by emitting a beta particle. Carbon has three naturally occurring isotopes. The isotope, carbon-14, is radioactive. An atom of carbon-14 decays by emitting a beta particle. a. Why do carbon-14 decay? b. State another one example of isotopes c. What particle does carbon-14 release?
Tritium is an isotope of hydrogen that decays by emitting beta particles. It is used in
some luminous signs. The symbol for tritium is H.
1.
a. Determine the binding energy in units of MeV. Given the atomic mass of
tritium is 3.0160492 u
b. Describe three differences between an alpha particle and a beta particle.
Transcribed Image Text:Tritium is an isotope of hydrogen that decays by emitting beta particles. It is used in some luminous signs. The symbol for tritium is H. 1. a. Determine the binding energy in units of MeV. Given the atomic mass of tritium is 3.0160492 u b. Describe three differences between an alpha particle and a beta particle.
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