The radioactive isotope 247BK decays by a series of a-particle and B-particle productions, taking 247BK through many transformations to end up as 207Pb. In the complete decay series, how many a particles and how many B- particles are produced? A) 10 a particles and 10 B- particles. B) 10 a particles and 5 B- particles. C) The number of a particles cannot be determined. D) The number of B- particles cannot be determined. E) Neither the number of a particles nor ß- particles can be determined.

Chemistry & Chemical Reactivity
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Chapter25: Nuclear Chemistry
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M 11.03 Half-Life: Introduction to
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The radioactive isotope 247BK decays by a series of a-particle and B--particle
productions, taking 247BK through many transformations to end up as 207Pb. In the
complete decay series, how many a particles and how many B- particles are
produced?
A) 10 a particles and 10 B- particles.
B) 10 a particles and 5 B- particles.
C) The number of a particles cannot be
determined.
D) The number of B- particles cannot be
determined.
E) Neither the number of a particles nor B-
particles can be determined.
Transcribed Image Text:M 11.03 Half-Life: Introduction to 101 Chem101 O My Questions | bartleby A app.101edu.co Question 3 of 10 Submit The radioactive isotope 247BK decays by a series of a-particle and B--particle productions, taking 247BK through many transformations to end up as 207Pb. In the complete decay series, how many a particles and how many B- particles are produced? A) 10 a particles and 10 B- particles. B) 10 a particles and 5 B- particles. C) The number of a particles cannot be determined. D) The number of B- particles cannot be determined. E) Neither the number of a particles nor B- particles can be determined.
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