Lithium salts, such as lithium carbonate (Eskalith)
Lithium isotopes (from 4Li to 12Li)
The Li ion is different from the atom because it has positive charge. (Lithium is group 1 element and these lose 1 electron to form for example :Li+ , Na+ etc)
The lithium atom lose an electron.
Positively (apex)
To completely specify the type of atom, you would have to know the element and the isotope - that is, the number of protons and the number of neutrons. If either of these is different, you have a different type of atom. Isotopes of different elements (i.e., different number of protons) may have the same number of neutrons: in total, 118 elements are known (the number of protons can go from 1-118), but over 3000 types of atoms or isotopes are known.
no
The Li ion is different from the atom because it has positive charge. (Lithium is group 1 element and these lose 1 electron to form for example :Li+ , Na+ etc)
The lithium atom lose an electron.
The charge if a fluorine atom were attract an extra electron from lithium the lithium atom would be positive. -APEX
Lithium is an element with 3 protons in each atom.
Not at all; the cesium atom is far bigger than the lithium atom.
Based on the atomic number of lithium there are three protons in a lithium atom.
The atom of francium is twice as high compared to lithium atom.
Lithium and Chlorine produce the compound Lithium Chloride.
Yes. Any atom that loses or gains electrons become charged. Positively charged If the chlorine atom attracts an electron from a lithium atom, they both become charged ions. The chlorine atom becomes a -1 charged chlorine ion and the lithium atom becomes a +1 charged lithium ion. Further the two ions combine to make the compound Lithium Chloride.
Positively (apex)
The valence electron in a lithium atom is in orbital 2s. To form a lithium cation, this electron is transferred to some more electronegative atom.
To completely specify the type of atom, you would have to know the element and the isotope - that is, the number of protons and the number of neutrons. If either of these is different, you have a different type of atom. Isotopes of different elements (i.e., different number of protons) may have the same number of neutrons: in total, 118 elements are known (the number of protons can go from 1-118), but over 3000 types of atoms or isotopes are known.