c. Over-all dipole Structure 1: Structure 2: H F Structure 3: Structure 4: H. Structure 5: Structure 6: You have to obtain the output from MolView. You can either copy the 3D image with the information, or you may draw them yourselves. Questions for Part A: 1. What are your observations based on the data you have obtained? 2. What can you infer about the nature of the substituents? Provide at least two inferences and explain your basis. 3. Which substituents is/are electron donating? Which of them are electron-withdrawing? 4. Which of the substituents is activating? Which ones are deactivating? Why do you say so?

c. Over-all dipole Structure 1: Structure 2: H F Structure 3: Structure 4: H. Structure 5: Structure 6: You have to obtain the output from MolView. You can either copy the 3D image with the information, or you may draw them yourselves. Questions for Part A: 1. What are your observations based on the data you have obtained? 2. What can you infer about the nature of the substituents? Provide at least two inferences and explain your basis. 3. Which substituents is/are electron donating? Which of them are electron-withdrawing? 4. Which of the substituents is activating? Which ones are deactivating? Why do you say so?

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter4: Polar Bonds, Polar Reactions

Section: Chapter Questions

Problem 4E

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