A. Calculate the nuclear binding energy per nucleon of the following isotopes: Isotopes He (4.0026 amu)...

 

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A. Calculate the nuclear binding energy per nucleon of the following isotopes: Isotopes He (4.0026 amu) 194W (183.9510 amu) Number 1 2 B. Calculate the nuclear binding energy per nucleon for the following nuclei: Number Nuclei 1 ¹2C (nuclear mass, 11.996708 amu) 37 Cl (nuclear mass, 36.956576 amu) Barium - 137 (nuclear mass, 136.905812 amu) 2 3 C. Answer the following problem. 226 The nuclide 230Th decays to 238Ra by a emission. The mass of 230Th is 230.033131 amu, of 23Ra is 226.025406 amu, and of He is 4.00260 amu. Calculate the energy released in the process. BE = (Δm)c2 where BE = nuclear binding energy Am = mass deficiency c = the speed of light in a vacuum = 3.00 x 108 m/s A. Calculate the nuclear binding energy per nucleon of the following isotopes: Isotopes He (4.0026 amu) 194W (183.9510 amu) Number 1 2 B. Calculate the nuclear binding energy per nucleon for the following nuclei: Number Nuclei 1 ¹2C (nuclear mass, 11.996708 amu) 37 Cl (nuclear mass, 36.956576 amu) Barium - 137 (nuclear mass, 136.905812 amu) 2 3 C. Answer the following problem. 226 The nuclide 230Th decays to 238Ra by a emission. The mass of 230Th is 230.033131 amu, of 23Ra is 226.025406 amu, and of He is 4.00260 amu. Calculate the energy released in the process. BE = (Δm)c2 where BE = nuclear binding energy Am = mass deficiency c = the speed of light in a vacuum = 3.00 x 108 m/s