Two. An inner shell contains 2 electrons; and an outer shell contains 2 electrons on its near side and 4 more electrons on its outer side. Total of 8 electrons.
Oxygen has two shells
8 electrons total
three
Oxygen is on period 2 whereas sulfur is on period 3. Therefore, sulfur has more electron shells than oxygen.
Nitrogen has 7 electrons, oxygen has 8 electrons, and chlorine has 9 electrons. That is the total electron count, for inner and outer shells. If you are only concerned with the valance electrons, then it is 5 for nitrogen, 6 for oxygen, and 7 for chlorine.
Oxygen is a chemical element. Such properties of oxygen as its appearance and freezing point are determined by the arrangement of electrons in shells around the nucleus.
Uranium has seven electron shells.
Sodium, i believe has 3 shells.
This is a chemical element. You can find the how many electron in a single atom by using a periodic table.
Yes sulfur does have more electron shells than oxygen.
An oxygen atom has two shells. The first contains two electrons, and the second contains six electrons.
Oxygen is on period 2 whereas sulfur is on period 3. Therefore, sulfur has more electron shells than oxygen.
oxygen & food & shells
Sulphur
an oxygen atom has 16 electrons, 2 shells and 4 neutrons and protons.
THe shells of reptile eggs is porous - it absorbs oxygen through the membrane.
Oxygen has no softening effect on the calcium compounds found in egg shells. However, acetic acid (vinegar) will cause egg shells to dissolve completely by forming calcium acetate from the calcium carbonate. This will leave the rubbery inner membrane of the egg.
Nitrogen has 7 electrons, oxygen has 8 electrons, and chlorine has 9 electrons. That is the total electron count, for inner and outer shells. If you are only concerned with the valance electrons, then it is 5 for nitrogen, 6 for oxygen, and 7 for chlorine.
They have internal shells. According to scientists. (more than 3 shells.)
Sulfur is larger than oxygen because it has more protons in its nucleus and more electrons in the orbital shells.