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SA. For chains, draw Newman projections of all conformation= determine their energy OCSL 6.1 6.14 5A.1 Draw a Newman projection for the following around the in a) b) C)

SA. For chains, draw Newman projections of all conformation= determine their energy OCSL 6.1 6.14 5A.1 Draw a Newman projection for the following around the in a) b) C)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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## Practice Problems: Newman Projections ### 5A. For chains, draw Newman projections of all conformations around a given bond and determine their energy **OCSL 6.1 – 6.14** **5A.1** Draw a Newman projection for the following around the indicated bond: The following sub-questions each involve drawing specified Newman projections: - **(a)** - Structure: A given chain with a specific bond indicated for projection. - Key Detail: Analyze the chain and focus on the indicated bond for Newman projection. - **(b)** - Structure: Another specific chain with a different bond indicated with an arrow for Newman projection. - Key Detail: Arrows indicate which bond to consider for the projection. - **(c)** - Structure: A chain with an indicated bond using an arrow for Newman projection. - Key Detail: The chain might have varying substituents or branches to consider in the projection. - **(d)** - Structure: A chain with an arrow indicating a specific bond for the Newman projection. - Key Detail: The chain’s conformation may vary and should be analyzed around the indicated bond. - **(e)** - Structure: A more complex chain with an arrow showing the bond for projection. - Key Detail: Evaluate the chain’s structure, especially around branched compounds, for a precise Newman projection. - **(f)** - Structure: A chain with an indicated bond for the Newman projection. - Key Detail: Focus on the conformation around the specified bond to accurately draw the projection. For each part, students should identify the specific bond highlighted by the arrow and draw the Newman projection looking down that bond. This exercise helps in understanding the spatial arrangements and different conformations molecules can adopt. Evaluating the energy of these conformations is crucial for understanding molecular stability.
Transcribed Image Text:## Practice Problems: Newman Projections ### 5A. For chains, draw Newman projections of all conformations around a given bond and determine their energy **OCSL 6.1 – 6.14** **5A.1** Draw a Newman projection for the following around the indicated bond: The following sub-questions each involve drawing specified Newman projections: - **(a)** - Structure: A given chain with a specific bond indicated for projection. - Key Detail: Analyze the chain and focus on the indicated bond for Newman projection. - **(b)** - Structure: Another specific chain with a different bond indicated with an arrow for Newman projection. - Key Detail: Arrows indicate which bond to consider for the projection. - **(c)** - Structure: A chain with an indicated bond using an arrow for Newman projection. - Key Detail: The chain might have varying substituents or branches to consider in the projection. - **(d)** - Structure: A chain with an arrow indicating a specific bond for the Newman projection. - Key Detail: The chain’s conformation may vary and should be analyzed around the indicated bond. - **(e)** - Structure: A more complex chain with an arrow showing the bond for projection. - Key Detail: Evaluate the chain’s structure, especially around branched compounds, for a precise Newman projection. - **(f)** - Structure: A chain with an indicated bond for the Newman projection. - Key Detail: Focus on the conformation around the specified bond to accurately draw the projection. For each part, students should identify the specific bond highlighted by the arrow and draw the Newman projection looking down that bond. This exercise helps in understanding the spatial arrangements and different conformations molecules can adopt. Evaluating the energy of these conformations is crucial for understanding molecular stability.
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