Lutetium-177 is an ideal therapeutic radioisotope because it is a strong β emitter and emits just enough γ radiation to enable imaging. What is the stable daughter nuclide produced from the decay of this radioisotope?

What types of radiation (electromagnetic radiation and/or high-energy particle) are produced in the radioactive decay of lutetium-177?

16. why must the number of electrons lost equal the number of electrons gained in every redox reaction? use 3 – 4 sentences in your own words to address this question. 18. what type of radiation is emitted when chromium-51 decays into manganese-51? show the nuclear equation that leads you to this answer. 19. a radioactive nucleus alpha decays to yield a sodium-24 nucleus in 14.8 hours. what was the identity of the original nucleus? show the nuclear equation that leads you to this answer.