**Part 2: Examining the Energy Differences Between Enantiomers and Diastereomers**3. Using the energy data provided in Table 1, please determine the ΔG values for the D and L enantiomers of threonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. \[ \Delta G_{\text{Enantiomers}} = G_L - G_D \]4. Using the energy data provided in Table 1, please determine the ΔG between L-Threonine and L-Allothreonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. Is this number what you would have expected when compared to the ΔG value between the enantiomers of threonine? Explain. \[ \Delta G_{\text{Diastereomers}} = G_{L\text{Threonine}} - G_{L\text{Allothreonine}} \] **Table 1. Summary of Ground State Gibbs Free Energy Values for Threonine and Allothreonine**| Species | Gibbs Free Energy, Eh ||-------------------|------------------------|| L-Threonine | -437.599724 || D-Threonine | -437.599618 || L-Allothreonine | -437.609162 || D-Allothreonine | -437.609163 |This table provides a summary of the ground state Gibbs free energy values, measured in Eh, for four different species: L-Threonine, D-Threonine, L-Allothreonine, and D-Allothreonine. These values reflect the thermodynamic stability of each species under standard conditions.

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3. Using the energy data provided in table 1, please determine the AG values for the D and L enantiomers of threonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. AGEnantiomers = GL-GD 4. Using the energy data provided in table 1, please determine the AG between L- Threonine and L-Allothreonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. Is this number what you would have expected when compared to the AG value between the enantiomers of threonine? Explain. AGDiastereomers = GLThreonine-GLAllothreonine

3. Using the energy data provided in table 1, please determine the AG values for the D and L enantiomers of threonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. AGEnantiomers = GL-GD 4. Using the energy data provided in table 1, please determine the AG between L- Threonine and L-Allothreonine in kcal/mol. 1 Hartree (Eh) = 627.5 kcal/mol. Is this number what you would have expected when compared to the AG value between the enantiomers of threonine? Explain. AGDiastereomers = GLThreonine-GLAllothreonine

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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