Adding one neutron to 235U results in the excited state 236U that quickly decays into unstable isotopes of xenon and strontium plus two extra neutrons. 234 U92 + n → 236 U92 → 140 Xe54 + 94 Sr38 +2n How do the sum of the rest masses in initial and final states compare?
Adding one neutron to 235U results in the excited state 236U that quickly decays into unstable isotopes of xenon and strontium plus two extra neutrons. 234 U92 + n → 236 U92 → 140 Xe54 + 94 Sr38 +2n How do the sum of the rest masses in initial and final states compare?
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
Chapter1: Relativity I
Section: Chapter Questions
Problem 13P: The muon is an unstable particle that spontaneously decays into an electron and two neutrinos. If...
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Adding one neutron to 235U results in the excited state 236U that quickly decays into unstable isotopes of xenon and strontium plus two extra neutrons.
234 U92 + n → 236 U92 → 140 Xe54 + 94 Sr38 +2n
How do the sum of the rest masses in initial and final states compare?
a. sum of the masses of the initial state (235U92 + n) > sum of the masses of the final state (140Xe54 + 94Sr38 + 2n)
b. sum of the masses of the final state (140Xe54 + 94Sr38 + 2n) > sum of the masses of the masses of the initial state (235U92 + n)
c. sum of the masses of the final state (140Xe54 + 94Sr38 + 2n) = sum of the masses of the initial state (235U92 + n)
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