8. "Atom Smashers" better known as linear accelerators used charged atoms and strong magnetic fields to accelerate the atoms to collide and form new atoms. The radioactive element Seaborgium discovered in 1974 is one such atom made in a linear accelerator used only for scientific research. a) What is the equation that relates the remaining mass of a radioactive sample, the initial mass of the sample, and the number of half-lives that pass? b) Seaborgium-266 has a half-life of 30 seconds. If there are initially 30 grams in a sample of seaborgium-266, how many grams will remain after 2.5 minutes have elapsed? Show your work and how the formula confirms your result. Your answer

College Physics
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8. "Atom Smashers" better known as linear accelerators used charged
atoms and strong magnetic fields to accelerate the atoms to collide and
form new atoms. The radioactive element Seaborgium discovered in
1974 is one such atom made in a linear accelerator used only for
scientific research. a) What is the equation that relates the remaining
mass of a radioactive sample, the initial mass of the sample, and the
number of half-lives that pass? b) Seaborgium-266 has a half-life of 30
seconds. If there are initially 30 grams in a sample of seaborgium-266,
how many grams will remain after 2.5 minutes have elapsed? Show your
work and how the formula confirms your result.
Your answer
Transcribed Image Text:8. "Atom Smashers" better known as linear accelerators used charged atoms and strong magnetic fields to accelerate the atoms to collide and form new atoms. The radioactive element Seaborgium discovered in 1974 is one such atom made in a linear accelerator used only for scientific research. a) What is the equation that relates the remaining mass of a radioactive sample, the initial mass of the sample, and the number of half-lives that pass? b) Seaborgium-266 has a half-life of 30 seconds. If there are initially 30 grams in a sample of seaborgium-266, how many grams will remain after 2.5 minutes have elapsed? Show your work and how the formula confirms your result. Your answer
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