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Science Clinic => Chemistry => Topic started by: DyllonKazuo on Mar 21, 2021

Title: The zirconium-90 nucleus has a mass defect of 0.8214 g/mol.Determine the binding energy per nucleon ...
Post by: DyllonKazuo on Mar 21, 2021

Question 1

The smallest amount of radioactive material that will support a self-sustained fission reaction is called the

◦ molar mass
◦ moderator
◦ supercritical mass
◦ subcritical mass
◦ critical mass

Question 2

The zirconium-90 nucleus has a mass defect of 0.8214 g/mol.
Determine the binding energy per nucleon for zirconium-90 nuclei. (1 MeV is 1.602 × 10^–13 J).

◦ 7.652 × 10^–5 MeV
◦ 7.652 × 10² MeV
◦ 19.13 MeV
◦ 11.83 MeV
◦ 8.502 MeV

Title: The zirconium-90 nucleus has a mass defect of 0.8214 g/mol.Determine the binding energy per nucleon ...
Post by: cpetit11 on Mar 21, 2021

Answer 1

critical mass

Answer 2

8.502 MeV

Title: Re: The zirconium-90 nucleus has a mass defect of 0.8214 g/mol.Determine the binding energy per nucl
Post by: Kyori Chan on May 16, 2022

Thank you