We usually don't see a nitrogen atom change into an oxygen atom. This kind of change is a nuclear transmutation, and we just don't encounter much of this nitrogen-to-oxygen thing happening in nature. But there are instances where nitrogen can "change" into oxygen, and we have to look at a couple of isotopes of oxygen and nitrogen to discover if a nuclear reaction might transform nitrogen to oxygen. Let's take a little trip through an operating pressurized water nuclear reactor where this actually happens.
The water circulating in a water-cooled nuclear reactor is H2O, and you knew that. Most of the oxygen in that water is oxygen-16. When water passes through the core of the reactor, the high neutron flux can activate the oxygen. An oxygen-16 atom can absorb a neutron and then undergo beta decay to become nitrogen-16. Further, nitrogen-16 in the water can then absorb a neutron and become nitrogen-17. It turns out this happens a lot. But the nitrogen-17 is very unstable, and it transforms via beta decay back into oxygen. The oxygen-17 on the end of this series of transformations is stable, by the way. But it will cycle back through the reactor and may undergo more transformations.
A link can be found below to a related question, and the curious investigator might wish to trace the transformations mentioned. Further, a hard-core learner might want to come up with the nuclear formulae that are written to express the reactions.
hyrdrogen bonds.
The formula is is 'NO'. The 'N' comes from one Nitrogen atom, and the O from one Oxygen(Monoxide) atom. If NO is exposed to oxygen, it will take on an extra Oxygen atom and become NO2. (Nitrogen Dioxide)
A Nitrogen atom shows the most similar properties to an Oxygen atom.
A single nitrogen atom can be chemically reactive while a nitrogen molecule is relatively stable and tends to be faf more inert. A nitrogen molecule also has twice the mass of a nitrogen atom.
First of all, there is no nitrogen in a water molecule. A water molecule consists of one oxygen atom combined with two hydrogen atoms. Also known as H2O. However, it is also true that an oxygen atom is slightly bigger than a nitrogen atom. Oxygen has one more proton, and one more electron than nitrogen does. Neutron quantities vary, since there is more than one isotope of both oxygen and nitrogen.
no oxygen is an element of one atom and that's an oxygen atom
hyrdrogen bonds.
The formula is is 'NO'. The 'N' comes from one Nitrogen atom, and the O from one Oxygen(Monoxide) atom. If NO is exposed to oxygen, it will take on an extra Oxygen atom and become NO2. (Nitrogen Dioxide)
A Nitrogen atom shows the most similar properties to an Oxygen atom.
A single nitrogen atom can be chemically reactive while a nitrogen molecule is relatively stable and tends to be faf more inert. A nitrogen molecule also has twice the mass of a nitrogen atom.
No. Nitrogen and oxygen are two different elements. The identity of an element is determined by the number of protons in the nucleus. A nitrogen atom has 7 protons while an oxygen atom has 8. Isotopes are variations of the atoms of a given element that differ in the number of neutrons in the nucleus.
First of all, there is no nitrogen in a water molecule. A water molecule consists of one oxygen atom combined with two hydrogen atoms. Also known as H2O. However, it is also true that an oxygen atom is slightly bigger than a nitrogen atom. Oxygen has one more proton, and one more electron than nitrogen does. Neutron quantities vary, since there is more than one isotope of both oxygen and nitrogen.
Two with one atom of Nitrogen
The chemical formula for nitrogen monoxide is NO. It consists of one nitrogen and one oxygen atom per molecule of nitrogen monoxide.
Nitrogen monoxide has the formula NO, so each molecule of NO contains 1 oxygen atom.
Elements of Sodium nitrate(NaNO3): Sodium = 1 atom Nitrogen = 1 atom Oxygen = 3 atoms
Oxygen, the element with an atomic number higher by one than that of nitrogen.