select the correct answer.\nhow is mass defect determined?\na. comparing the mass of the neutrons with the…

select the correct answer.\nhow is mass defect determined?\na. comparing the mass of the neutrons with the mass of the protons\nb. comparing the mass of the nucleus with the number of neutrons\nc. comparing the mass of the nucleus with the masses of the protons and neutrons\nd. comparing the mass of the protons with the number of electrons

select the correct answer.\nhow is mass defect determined?\na. comparing the mass of the neutrons with the mass of the protons\nb. comparing the mass of the nucleus with the number of neutrons\nc. comparing the mass of the nucleus with the masses of the protons and neutrons\nd. comparing the mass of the protons with the number of electrons

Answer

Brief Explanations:

Mass defect is the difference between the mass of a nucleus and the sum of the masses of its individual protons and neutrons. This is due to the conversion of some mass into energy (binding energy) during nuclear formation.

Answer:

C. comparing the mass of the nucleus with the masses of the protons and neutrons