Because atoms have negatively charged electrons orbiting the outside of them, atoms will repel each other. This means that it is extremely rare for atoms to collide, but when they do, the reaction depends on why it happened. If they are in a star for example, and the huge gravity and heat of the star forces them together, any atom lighter than iron will undergo fusion and make a heavier element. In fission reactors, it is extremely rare for an atom to hit another atom, but it can happen. Most of the time they will simply be hit by a flying electron before they can fuse, but even if they weren't, the atoms used in a fission reactor are much much heavier than iron and will not undergo fusion. The reason iron and anything heavier than iron cannot undergo fusion is that iron will absorb a huge amount of energy before it will fuse. In stars, the most powerful stable fusion reactors we know of, the iron will actually absorb so much energy that it kills the star. This is why stars will collapse after a short amount of time as a supernova. The supernova has layers with heavier and heavier atoms. When it reaches a layer with iron, it suddenly loses large amounts of energy and loses the ability to counteract gravity. This causes it to collapse into a dwarf star, or explode.
it's from hotter one to the cooler one,because when electron of the body from which it is flowing gets energy and gets excited and goes to its extrime position and they gets colides with another atom and transfers some energy to it . and the 2nd atom to the third atom and so on and the energy gets transmited.
Some momentum is transferred from one to the other.
The younger of the two plates, because it is less dense,* will ride over the edge of the older plate.
elephant have 8 feet when another elephant colides. no one noes how they colide but they just do. so that's why elephants may have eight feet.
no
it's from hotter one to the cooler one,because when electron of the body from which it is flowing gets energy and gets excited and goes to its extrime position and they gets colides with another atom and transfers some energy to it . and the 2nd atom to the third atom and so on and the energy gets transmited.
electronegativity
The number of protons in the nucleus of an atom distinguishes it from another atom. This number is known as the atomic number and determines the element to which the atom belongs.
The electron configuration of an atom determines how it behaves when it comes into contact with another atom.
When subduction also occurs where the edge of a continental plate colides with an onceanis plate
Electron
The initial atom is transformed in another atom.