c. For the ionic compound, identify the naming system used for the compound. Is there an alternative name using the out-

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C For The Ionic Compound Identify The Naming System Used For The Compound Is There An Alternative Name Using The Out 1 (71.75 KiB) Viewed 8 times

c. For the ionic compound, identify the naming system used for the compound. Is there an alternative name using the out-of-date-i, -gus system? d. For the covalent compound, provide its IUPAC name. Explain what an IUPAC name is and what it can convey about the molecule. e. Include an image of the Lewis structures for both compounds, showing all atoms and attached hydrogens if any. Add in any lone pairs of electrons if necessary, to finish the Lewis structure f. Provide an analysis of the Lewis structure by explaining the process you would go through to draw the Lewis structure, including the number of valence electrons used and the rational for any formal charges or multiple bonds present. Make sure this is in your own words. Part B: Bonding Types 4. You will notice the compounds above are separated into "mainly" covalent and "mainly" ionic compounds. How can these compounds be "mainly" ionic or "mainly" covalent? To address this issue, a. Explain thoroughly how an ionic bond, a covalent bond, and a polar covalent bond is defined. b. Redraw, by hand, the Lewis structures you found in Wikipedia then sign and date the paper and take a picture to include in your project. Perform an analysis of your two compounds for the type of bonding, labeling each bond as to its character (i.e. ionic, covalent, or polar covalent). Explain your reasoning. c. The ionic bonding type involves a transfer of electrons. For the "mainly" ionic compound, identify the metal. Write out the complete electron configuration for a neutral atom of this metal AND the complete electron configuration for the metal ion found in your "mainly" lonic compound. Explain why the electrons were lost from those specific orbitals to form the lon. d. Explain the change in size upon formation of the cation from the neutral atom.