They do not bond together, and if they does in a critical condition, it would preferably form a metallic bond.
Li2S is a polar covalent compound because the electronegitvity of Li is 1.00 and of S is 2.5. Thus the difference is 1.5 and that makes it polar covalent.
It makes magnesium chloride.
This compound makes a double covalent bond between nitrogen and oxygen.
THE SMALL SIZE OF LITHIUM MAKES ITS COMPOUND MORE IONIC ,THE HIGH HYDRATION ENERGY OF LITHIUM ion MAKES IT TO HAVE HIGH AFFINITY FOR WATER MOLECULES HENCE IS EASILY PICKS WATER MOLECULES FROM THE ATMOSPHERE
The chemical formula of lithium phosphide is Li3P.
Li2S is a polar covalent compound because the electronegitvity of Li is 1.00 and of S is 2.5. Thus the difference is 1.5 and that makes it polar covalent.
It makes magnesium chloride.
Nature of magnesium and lithium similarity in the following points: 1. magnesium and lithium in excess of oxygen in the combustion, the formation ofperoxides, generated only the normal oxide. 2. magnesium and lithium hydroxide can decompose when heated to the corresponding oxides. 3. magnesium and lithium carbonate are unstable, the decomposition of the corresponding oxides and release carbon dioxide gas. 4. magnesium and lithium salts, such as some fluoride, carbonate, phosphate and hydroxides are insoluble in water. 5. magnesium and lithium oxides, halides covalent is strong, can dissolve in organicsolvents such as ethanol. 6. magnesium ion and lithium ion hydration are strong.
This compound makes a double covalent bond between nitrogen and oxygen.
THE SMALL SIZE OF LITHIUM MAKES ITS COMPOUND MORE IONIC ,THE HIGH HYDRATION ENERGY OF LITHIUM ion MAKES IT TO HAVE HIGH AFFINITY FOR WATER MOLECULES HENCE IS EASILY PICKS WATER MOLECULES FROM THE ATMOSPHERE
Zinc generally makes covalent bonds with non-metals. Organometallic zinc compounds like dimethyl zinc or diethyl zinc are covalent.
-OH group present in alcohol makes it a polar covalent compound.
Flint is made from iron, iron oxide, and magnesium oxide.
The chemical formula of lithium phosphide is Li3P.
It fizzes for awhile and then it makes a compound called magnesium oxide.
The number of covalent bonds depends on the compound it makes. Xenon can make maximum of six covalent bond (as in XeF6) and minimum of 2 as in (XeF2).
The two elements that make up this compound are magnesium and fluorine. Flourine is a halogen and magnesium is an alkaline earth metal. This makes it an ionic compound, so the name would be magnesium fluoride.