True False is not “Miscible” a real word. Which set of quantum The central atom in a numbers corresponds to strange compound is the electron with the surrounded by three most energy? lone pairs and two n = 2, L = 1, single bonds. What is mL = 0, ms = -1/2 its molecular n = 7, L = 0, geometry? mL = 0, ms = -1/2 Bent n = 4, L = 3, Linear mL = -3, ms = Tetrahedral Trigonal n = 5, L = 2, Bipyramidal mL = 2, ms = +1/2 Octahedral What is the Square Pyramidal hybridization at the Trigonal starred carbon and Pyramidal oxygen in this Which ranking of molecule? electromagnetic waves is correct based on C = sp increasing frequency? O = sp X Ray > Gamma Ray C = sp > Visible Light > O = sp2 Infrared C = sp Visible Light > O = sp3 Infrared > C = sp2 Microwave > O = sp Ultraviolet C = sp2 Radio Wave > O = sp2 Microwave > C = sp2 Ultraviolet > O = sp3 Gamma Ray C = sp3 Gamma Ray > O = sp Visible Light > C = sp3 Infrared > Radio O = sp2 Wave C = sp3 True or False: Toluene O = sp3 (C7H8) is miscible with benzene (C6H6).
The central atom in a strange compound is surrounded by three lone pairs and two single bonds. What is its molecular geometry? Bent Linear Tetrahedral Trigonal Bipyramidal Octahedral Square Pyramidal Trigonal Pyramidal Which ranking of electromagnetic waves is correct based on increasing frequency? X Ray > Gamma Ray > Visible Light > Infrared Visible Light > Infrared > Microwave > Ultraviolet Radio Wave > Microwave > Ultraviolet > Gamma Ray Gamma Ray > Visible Light > Infrared > Radio Wave True or False: Toluene (C7H8) is miscible with benzene (C6H6). True False “Miscible” is not a real word. Which set of quantum numbers corresponds to the electron with the most energy? n = 2, L = 1, mL = 0, ms = -1/2 n = 7, L = 0, mL = 0, ms = -1/2 n = 4, L = 3, mL = -3, ms = n = 5, L = 2, mL = 2, ms = +1/2 What is the hybridization at the starred carbon and oxygen in this molecule? C = sp O = sp C = sp O = sp2 C = sp O = sp3 C = sp2 O = sp C = sp2 O = sp2 C = sp2 O = sp3 C = sp3 O = sp C = sp3 O = sp2 C = sp3 O = sp3
chem_111_mock_final_exam_fall_2017.docx