How many atoms each of the radionuclides were in water, Mechanical Engineering

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How many atoms each of the radionuclides were in water

After the initial cleanup of Three-Mile Island following the accident, approximately 400,000 gallons of radioactive water remained in the basement of the unit 2 containment building. The principle sources of this radioactivity were 137Cs (half-life of 30.2 yr) at 156 Ci/cm3 and 134Cs (half-life of 2.06 yr) at 26 Ci/cm3. How many atoms per cm3 of each of these radionuclides were in the water at that time?

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Mechanical Engineering: How many atoms each of the radionuclides were in water

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The principle sources of this radioactivity were 137Cs (half-life of 30.2 yr) at 156 Ci/cm3 and 134Cs (half-life of 2.06 yr) at 26 Ci/cm3. How many atoms per cm3 of each of these radionuclides were in the water at that time?

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Mechanical Engineering: How many atoms each of the radionuclides were in water

Reference No:- TGS0838553

Have a Question? (oR Write a Review)

Recent Questions Asked Mechanical Engineering

Q : How many cubic meters of ore at average density excavated

Q : Estimate the prevalence of asthma

Q : Find the charge on capacitor and the current in circuit

Q : Amount of money spent on food

Q : How many atoms each of the radionuclides were in water

Q : Child pulls a wagon with a force

Q : What is the critical t value

Q : Find load required to compress specimen for cross section

Q : Determine the speed of the discus at release

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Request for Solution File

Ask an Expert for Answer!!

Mechanical Engineering: How many atoms each of the radionuclides were in water

Reference No:- TGS0838553

Recent Questions Asked Mechanical Engineering

Q : How many cubic meters of ore at average density excavated

Q : Estimate the prevalence of asthma

Q : Find the charge on capacitor and the current in circuit

Q : Amount of money spent on food

Q : How many atoms each of the radionuclides were in water

Q : Child pulls a wagon with a force

Q : What is the critical t value

Q : Find load required to compress specimen for cross section

Q : Determine the speed of the discus at release

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