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No, it is not likely that tellurium would substitute for oxygen, since the two elements are highly dissimilar.
We represent the particles (atoms) in magnesium metal as spheres stacked closely together. Magnesium burns when these particles react with the oxygen particles in the surrounding air. The oxygen particles are represented as molecules consisting of two oxygen atoms bonded together. We represent this as two spheres pressed together. The product of the reaction is magnesium oxide and we represent this by joining one of the oxygen spheres to one of the magnesium spheres.
neutrons, protons and electrons. _________ The above is incorrect; those are atomic particles. Subatomic particles are what those particles are made of. Quarks and leptons are subatomic particles.
You would you most likely find shared electrons in a water molecule near the oxygen atom.
Most likely the outside air but another possible answer would be the brounchus, lungs, windpipe, etc.
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Particles in the air contain oxygen, which enable us to breathe.
The term "oxygen particles" is not well defined, since it might refer to either oxygen atoms or oxygen molecules. Chemists would never describe oxygen in terms of particles, they would be specific. Ozone is the O3 molecule, containing 3 oxygen atoms. If you had 9 oxygen atoms you could make three ozone molecules. But if you had 9 oxygen molecules, you could make 6 ozone molecules, since the oxygen molecule is O2 and contains two oxygen atoms.
There is no item on the list of choices that you posted with your question that would be likely to do that.
The particles would stay on the side of the bank and be known as a runoff.
The particles would stay on the side of the bank and be known as a runoff.
most likely but my question is why would you do that??
The would be something that would likely disturb or annoy someone if you brought it up.
Due to the fact that sound does not travel in a vacuum, I would say that it is definitely not in a vacuum. But between oxygen and a liquid comes down to how sound is propagated. Sound is propagated by particles transferring energy by collision (which is why it cannot travel through a vacuum, no particles). Therefore, more particles you have in a given volume, the more likely collisions will happen, thus propagating the wave faster. Thus, sound would travel faster in a liquid due to its higher density.
Possible, but not likely.
Since oxygen is an inorganic substance, most likely an inorganic chemist would describe the chemical properties of oxygen.
The would be something that would likely disturb or annoy someone if you brought it up.