What would happen if every element on the periodic table came into
contact simultaneously?
The answer
to that question is neither simple or unique. Fundamentally, because the
statement says nothing about the conditions of the experiment does not say at
what pressure, or at what temperature, and what medium (acid, basic, neutral,
in a vacuum, etc.), or how much of each element you try to mix. So the simplest
answer is: nothing, nothing will happens. As they not make me any other
condition that join them, if I do that in conditions of absolute zero
temperature (-273 ° C), atoms lose all ability to move and therefore
combination among them. It would not be anything.
What would
happen in "normal" conditions? If we establish these conditions, for
example, at 25 ° C at 1 atmosphere pressure and in a neutral medium, we should
say, necessarily, that the experiment is impossible. Because there are a number of elements of the periodic table (in nparticular,
atomic number from 95 to 118 currently known) that do not exist in nature, only
have been obtained in laboratories and in very specific conditions. So it
would be impossible to have them available for the experiment in these
"normal" conditions.
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgmDRvwruDy3_o8qhFzxkbfZ71nsh3O9TLmfm8NPR7Sn2qrHD22x9KlCJRhE4iDqtbI_yhOQbYzJ59S_cOKgp4a3ODf2z8aVEYrv6NZKcItJlFgG6s2gsA2ghMKUubp5whARRMqSQtbk3cT/s320/foyo+proyecto+science.jpg)
There are
many other theories, all of them (even those that have exhibited) very
difficult to understand in what seems almost everyone agree on is a super-element,
a single comprehensive substance of all known elements are not formed.
No hay comentarios:
Publicar un comentario