Question

16 s how many neutrons would this atom of sulfur have? 16 how many electrons does this sulfur atom have? 18 2. an isotope of mercury has 80 protons, 80 electrons and 120 neutrons. which need to use to find the mass number? protons, neutrons what is the mass number of this isotope? 200 3. you have an atom that has 24 protons, 22 electrons, and 28 neutrons. what is the charge of the nucleus of this atom? why? what is the ion charge (oxidation number) of this atom? why? what is the mass number of the atom? why? 4. define isotope. 5. define ion. 6. match each image to the appropriate model: bohr, rutherford, thoms along with their official model name. after, rank them in order of discover

Explanation:

1. Sulfur's atomic number=16; for S-32, neutrons=32-16=16; neutral atoms have equal protons/electrons.
2. Mass number=protons+neutrons=80+120=200.
3. Nucleus charge=proton count (+24); ion charge=protons-electrons=+2; mass number=protons+neutrons=52.
4. Isotopes share atomic number (protons) but differ in mass number (neutrons).
5. Ions form when atoms gain/lose electrons, creating charge.
6. Thomson (plum pudding) → Rutherford (nuclear) → Bohr (planetary) is the discovery order.

Answer:

1. (Incomplete sulfur atom info; assuming common isotope S-32: neutrons=16, electrons=16 if neutral)
2. Protons and neutrons; 200
3. +24 (nucleus has protons only); +2 (protons-electrons=24-22); 52 (protons+neutrons=24+28)
4. Atoms of same element with different neutron counts
5. Charged atom/molecule (gain/lose electrons)
6. (No images provided; order: Thomson → Rutherford → Bohr)