bazzone0918

Type in the con In an ionic bond, the atoms are bound together by the attraction between oppositely-charged ions.In a covalent bond, the atoms are bound by shared electronsn an ionic bond, the atoms are bound by attraction of opposite ions, whereas, in a covalent bond, atoms are bound by sharing electrons..In covalent bonding, the molecular geometry around each atom is determined by VSEPR rules, whereas, in ionic materials, the geometry follows maximum packing rules.Ionic bonds are associated with inorganic compounds while covalent bonds are associated with organic compounds. 4. Find 5 Lewis Structures and copy and paste them on your page. Determine their molecular geometry. tent of your page here.
 * 1) What is a covalent bond? a chemical bond that involves sharing a pair of electrons between atoms in a molecule.
 * 2) What is an ionic bond? a chemical bond in which one atom loses an electron to form a positive ion and another atom to form a negative ion.
 * 3) List 5 differences between ionic and covalent compounds (Ex. high or low boiling and melting points, sharing or transferring electrons, etc.).

Given:HI Name:Hydrogen monoiodide.

explaination:The fomula is a covalent. The reason is because it has two gases in the formula. The name of the formula is Hydrogen Monoiodide. - ** Check this one again. Though it is covalent, it begins with hydrogen. So, its an acid. **

Given:lead (IV) Phosphate Formula:Fe3(PO4)4

Explaination:The given is a ionic compound.The reason is because of the Roman numeral on the Iron and Phosphate is a polyatomic ion. The formula of the given is Fe3(PO4)4.

Given:Phosphoric acid Formula:H3(PO4)

Explaination:First I checked out what polyatomic ion I was working with. Then I figured out that the '-ic' is hydrogen. Finally I figured out the charge of the polyatomic ion and dragged it over to the hydrogen to get the formula H3(PO4). - ** Good formula, but the -ic tells you that the anion was phosphate [if it was phosphorous, it would be phosphite (Rule #3); if it was hydrophosphoric, it would be phosphide (Rule #1)]. **