Lewis structure assignment

So now its time to test your skills with dipoles. To complete this assignment download this file containing a table to complete for submission. You will need to print it (there are two pages) fill it in (you can use pencil) following the instructions below and then scan or take a picture to upload for submission (see below). Links to helpful information are included in the instructions below. There are 5 molecules listed on the two pages of the table. For each of the 5 molecules in the table determine: An example for NH2- is shown in the table to give you a visual example of what is expected. After you complete the table take a picture of each page or scan them. Make sure the quality is good enough to view clearly. If I cannot read it I will not grade it. It is best to submit as a PDF or .jpeg (jpg) file. You can submit one file for each page of the table or combine them into one file. Check out free PDF Converter (Links to an external site.) and free PDF Merge (Links to an external site.) tools to convert photos to PDF and combine multiple PDF into one file. SmallPDF (Links to an external site.) also has other free tools for working with PDF files. Please name your file for submission using the convention “Lastname_FirstInitial_Dipoles” replacing “Lastname” and “FirstInitial” with your own lastname and first initial (for example: Dutnall_R_Dipoles.pdf). When you are ready click the “Submit Assignment” button at the top of this page and use the options available to upload your file. Remember to click “Submit”.  If you need help or have not submitted an assignment in Canvas before check out this assignments help video.

Requirements: see instructions | .doc file

Lewis structure: Draw clearly using lines for bonds and indicating lone pair electrons. Consider formal charges and resonance possibilities. For any atoms with non-zero formal charge indicate the formal charge next to the atom. Molecular shape: Write the name of the electron group geometry (EG) and the molecular geometry (MG).

Bond polarity: For each type of bond in the molecule calculate the difference in electronegativity values of the atoms involved. Classify as non-polar covalent or polar covalent.

Perspective diagram: Draw a 3D perspective diagram of the molecule based on the molecular geometry. For polar covalent bonds only include arrows showing the direction of any bond dipoles (with arrow head pointing towards negative end of dipole). Refer to this summary of molecular geometry diagrams for help drawing perspective diagrams.

Molecular dipole: Draw the same 3D perspective diagram. On it draw a single arrow showing the location and direction of the overall molecular dipole (with arrow head pointing towards negative end of dipole). If no overall dipole is present write “No dipole”.

Lewis structure: Draw clearly using lines for bonds and indicating lone pair electrons. Consider formal charges and resonance possibilities. For any atoms with non-zero formal charge indicate the formal charge next to the atom.

Molecular shape: Write the name of the electron group geometry (EG) and the molecular geometry (MG).

Bond polarity: For each type of bond in the molecule calculate the difference in electronegativity values of the atoms involved. Classify as non-polar covalent or polar covalent.

Perspective diagram: Draw a 3D perspective diagram of the molecule based on the molecular geometry. For polar covalent bonds only include arrows showing the direction of any bond dipoles (with arrow head pointing towards negative end of dipole). Refer to this summary of molecular geometry diagrams for help drawing perspective diagrams.

Molecular dipole: Draw the same 3D perspective diagram. On it draw a single arrow showing the location and direction of the overall molecular dipole (with arrow head pointing towards negative end of dipole). If no overall dipole is present write “No dipole”.