To figure out what would happen to the electrons when two atoms are placed together, details to electronic configuration of both the participating atoms will be required. For example if interacting atoms are of inert gas then no electrons will be shared or transferred. Refer to the Periodic Table of elements to get the idea about the electronic configuration of different elements.
because some atoms are bigger than others
You would wind up with 5 moles of Magnesium Chloride MgCl2 and 5 atoms of Magnesium just chilling around. Depending on where they bumped into each other, the excess Magnesium might form Magnesium Hydroxide or just bind to itself.
The element that attracts electrons the most would be Fluorine
When atoms participate in a bond, their outer energy levels may seem to acquire or lose one or more electrons that ordinarily would have occupied those orbitals. One view of ionic bonds is that one atom loses an electron and the other atom gains it - and thus the atoms acquire opposite charges and attract each other causing them to combine into a molecule; in covalent bonds two atoms will share one or more electrons from their outer orbitals.
Atoms move more freelythan they would in a soild or a liquid.
all of the atoms on one side equal the atoms on the other
negatively
because some atoms are bigger than others
It does not exist If it did exist it would be 30Al+
Well, everything would be stable gravitationally, but if there were no other forces, like electromagnetism for instance, then our atoms might not hold together, or they would get mixed into the atoms where we sit or walk, etc. We need other forces.
There would be 8 hydrogen atoms in a hydrocarbon chain with 5 carbon atoms joined by single covalent bonds. Each carbon atom forms 4 single covalent bonds, so each carbon would be attached to 2 hydrogen atoms. The first and last carbon atoms in the chain would each have 3 hydrogen atoms attached, and the middle carbon atoms would each have 2 hydrogen atoms attached.
yes, because we have the force and the laser atoms. And you just have to stick that stuff in metal tube. But if you press that button the force would have to push those atoms out.
A chlorine molecule would form a covalent bond by sharing electrons between the two chlorine atoms. Neon atoms, on the other hand, are inert and do not typically form bonds with other atoms since they have a full outer electron shell.
The initial statement in this question is false, carbon atoms do share electrons with other carbon atoms. An example of when they do share electrons can be found in diamond, where the carbon atoms form a tetrahedral shape to form one of the strongest naturally occurring substances..
You would wind up with 5 moles of Magnesium Chloride MgCl2 and 5 atoms of Magnesium just chilling around. Depending on where they bumped into each other, the excess Magnesium might form Magnesium Hydroxide or just bind to itself.
The element that attracts electrons the most would be Fluorine
Phosphorus typically forms covalent bonds with other atoms, including other phosphorus atoms. This is because phosphorus has a strong tendency to share electrons to achieve a stable electron configuration.