the table below shows the atomic mass of three isotopes of uranium (u).\nisotope atomic mass\nu - 234 234\nu…

the table below shows the atomic mass of three isotopes of uranium (u).\nisotope atomic mass\nu - 234 234\nu - 235 235\nu - 238 238\nwhat characteristic is different in each isotope?\nthe position in the periodic table of the elements\nthe net charge of the nucleus\nthe mass of the protons in the nucleus\nthe number of neutrons in the nucleus

the table below shows the atomic mass of three isotopes of uranium (u).\nisotope atomic mass\nu - 234 234\nu - 235 235\nu - 238 238\nwhat characteristic is different in each isotope?\nthe position in the periodic table of the elements\nthe net charge of the nucleus\nthe mass of the protons in the nucleus\nthe number of neutrons in the nucleus

Answer

Brief Explanations:

Isotopes of an element have the same number of protons (and thus the same atomic number, same position in the periodic - table, and same net nuclear charge). The mass number of an isotope is the sum of protons and neutrons. Since the number of protons is the same for isotopes of the same element, the difference in their atomic masses is due to the different number of neutrons.

Answer:

The number of neutrons in the nucleus