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Moves
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Hello,we just learned what was an atome and i was windering what would happen if you took one atom out of the universe?
With the universe? Nothing relevant. There are so many of them, one more or less doesn't matter. The total number of atoms changes all the time from various natural and a few man-made processes.Moves said:and i was windering what would happen if you took one atom out of the universe?
No.Moves said:Even if there are new atomes created isn't there some kind of basic "tissu" that is undestrictible and that makes the universe? Like a card castle which needs all of its cards to be
All atoms are in space (they are somewhere). Is that what you mean?Moves said:Isnt there a kind of canvas atomes apears on?
They don't.Moves said:If all atomes are making the "canvas"
Moves said:isnt there some kind of indivisble unity even if you cal' them atoms arent rhey kinda "alive" only when glue together? I am sorry if it sound so noob but isn't the universe 1 thing that can't be separeted?
No. There is nothing like that.Moves said:I was picturing that instead of losing a pixel and make a hole on another plateforme universe wouldn't have any surface to support the hole. And basicaly that universe at its base was indivisble. Its blurr ibknow ...
Atoms are made up of three main subatomic particles: protons, neutrons, and electrons. Protons and neutrons make up the nucleus of the atom, while electrons orbit around the nucleus.
Atoms are held together by strong forces called chemical bonds. These bonds are formed when atoms share or transfer electrons with each other.
No, atoms are not glued together in the traditional sense. They are held together by the aforementioned chemical bonds, which are much stronger than any glue.
When atoms are glued together, they form molecules. The atoms share or transfer electrons with each other, creating chemical bonds that hold the atoms together in a specific arrangement.
Yes, atoms can be unglued. This process is known as chemical reactions, where the chemical bonds between atoms are broken and new bonds are formed. This allows for the rearrangement of atoms and the creation of new molecules.