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The nuclide cobalt-60 has 27 neutrons, 33 protons, and a nuclear mass of 59. 933820 u.

Calculate the mass of the separate nucleons using the following information:

Mass of Proton: 1. 007825 u

Mass of Neutron: 1. 008665 u

1 u = 931. 5 MeV

59. 933820 u

02. 01649 u

O 60. 492184

520. 11 u

Respuesta :

pstnonsonjoku

From the information provided in the question, the total mass of the nucleons is 60.49218 u.

What are nucleons?

The term nucleons refers to both the  neutrons and the protons that are found in the nucleus of atoms. We have the following information;

Mass of Proton: 1. 007825 u

Mass of Neutron: 1. 008665 u

Mass of 27 neutrons = 27(1. 008665 u) = 27.233955

Mass of 33 protons = 33(1. 007825 u) = 33.258225

Total mass of nucleons = 27.233955 + 33.258225 = 60.49218 u

Learn more about nucleons: https://brainly.com/question/9662870

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