Answer:
Depends, you have to give us a table, let me explain how to answer this.
Explanation:
<u>“Inside the nucleus,” because the particle is a proton</u>
<em>For this to be true, it has to have a </em><em>mass (amu) of 1 </em><em>and it has to have a </em><em>positive charge</em>
<u>“Inside the nucleus,” because the particle is a neutron</u>
<em>For this to be true, it has to have a </em><em>mass (amu) of 1</em><em> and it has to have a </em><em>neutral charge</em>
<u>“Outside the nucleus,” because the particle is a proton</u>
<em>This is </em><em>instantly wrong</em><em> because protons are located in the nucleus </em>
<u>“Outside the nucleus,” because the particle is an electron</u>
<em>For this to be true, it has to have a </em><em>mass (amu) of 1/2000</em><em> and it has to have a </em><em>negative charge</em>