There are always 8 protons in Oxygen. This is represented by the atomic number of oxygen. As for electrons , they are often represented by the atomic number in the neutral form, 8, but if the oxygen atom is a ion it would have 10 electrons. For neutrons the average Atomic Mass is 16.01, neutrons are found by subtracting the number of protons from the atomic mass, so 16.01-8=8.01, there 8.01 average neutrons in oxygen, but in isotopes oxygen can have differnet amounts of neutrons, the mainest is 8 neutrons.
Oxygen is a p block element. It has 8 protons and neutrons.
The element that has 8 protons and 8 neutrons is oxygen.
Oxygen is the only element with 8 protons.
The element that has 8 protons and 8 neutrons is oxygen.
Oxygen is an element. It is made up of 8 protons, 8 neutrons, and 8 electrons. If there is a variation in the number of neutrons it becomes one of oxygen's isotopes. If you are referring to "molecular oxygen," which occurs in our atmosphere, it has the chemical formula O2 and is a compound.
oxygen is a element one the periodic table, as such it is made up of protons electrons and neutrons. so there are protons in oxygen but there is not oxygen in protons.
The atomic number is 8 (the number of protons, which for oxygen is equal to the number of electrons) and the mass number is 17 (the combined number of protons and neutrons).
Oxygen
protons will tell the atomic number (8) the sum of protons and neutrons will give the mass number of the element
Yes. Atoms are unique to whichever element they compose. They have different amounts of electrons, protons and (neutrons). For Example: Hydrogen Atom: 1 electron, 1 proton. Oxygen Atom: 8 electrons, 8 protons, 8 neutrons.
There are 8 neutrons in oxygen element because the no. of electrons are equal to the number of protons and oxygen element contain 8 electrons.
Oxygen. The Elements Atomic Number tells you the number of protons and it's amu is generally the weight of all of the averaged isotopes so since it is nearly 16 (not all O's have 8 neutrons) it is Oxygen.