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Lithium is altogether a bigger element than hydrogen. Hydrogen is the smallest element, and lithium is listed later on the periodic table, so lithium's radius is just plain bigger than hydrogen.
It forms potassium hydroxide
The Precipitate.
When an atom becomes an ion, it is because the atom now no longer has a neutral charge. Nothing really happens besides this, unless it reacts to a different element.
Your forearm. There are two bones in your forearm-- the radius and the ulna. The ulna is the larger bone at the elbow and forms the point "olecranon" of the elbow. At the wrist the ulna is the smaller bone.
Calcium phospate and water:)
The radius will decrease due to the positive charge of the nucleus drawing the electron cloud closer to itself
sulfur which then forms magnesium sulfide
a solid substance (s), a group 3 element, that forms a positive ion. it reacts with air, although this is not commonly known as it quickly forms a protective coating of aluminum oxide.
cobalt is very hard, it is most likely for strength and durability
Flourine reacts with aluminium to form aluminium fluoride which is a salt. With oxygen, it forms aluminium oxide which acts as a shield to metallic aluminium. With nitrogen, aluminium forms several compounds which are generally called nitrides of aluminium. And it forms compounds with many other elements including chlorine, bromine and sulfur.
Bromine (Br) All nonmetals except the noble gasses will react with lithium to form ionic compounds.
it forms sodium hydroxide
It becomes an ion with a larger radius than the atom of chlorine
Lithium is altogether a bigger element than hydrogen. Hydrogen is the smallest element, and lithium is listed later on the periodic table, so lithium's radius is just plain bigger than hydrogen.
A metal atom is smaller than the cation formed from it, because the electron(s) lost from a metal atom to form its cations are from the outermost electron shell or energy level of the atom. These electrons increase the size of the atom compared with the cation.
Calcium reacts with fluorine to form calcium fluoride (the symbol is CaF2).