18. (WCSP25.[x], 8 points) Answer the questions about the structure below. a. Give the molecular formula b. Calculate is the molecular weight. c. Calculate the mass percent nitrogen. d. A can of soda contains 34 mg of this compound, calculate the mass of nitrogen consumed. Periodic Table In the box below, enter the mass percent of nitrogen.
Read Details(WCSP25) Refer to the structure below to answer the following about angles a and b and atoms c and d. a. The bond angle about angle a is: [blank1] degrees b. The bond angle about angle b is: [blank2] degrees c. The electron domain geometry of atom c is: [blank4] d. The molecular geometry of atom c is: [blank5] e. The hybridization of atom d is: [blank3]
Read Details(WCSP25) We often use theory (valence bond, hybridization, resonance, etc.) to explain experimental data. The molecule below is experimentally determined to have bond angles of exactly 120 degrees. Based on this information, answer the following questions: a. What is the molecular geometry about the central carbon atom? [blank1] b. What is the hybridization of the central carbon atom? [blank2] c. What type of orbital holds the unpaired electron? [blank3]
Read Details16. (WCSP25.[x], 8 points) The molecule shown to the below is used as a fluorinating agent in the preparation of fluorine-containing organic compounds: a. Give the electron domain geometry. b. Give the molecular geometry. c. Draw the 3D structure using wedge and dash notation to depict the geometry. d. Draw in the direction of the molecular dipole with a dipole arrow. In the box below, enter the total number of bonds that are drawn with a dash or wedge.
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