Hyperconjugation and Electrons Repulsion in Staggered and Eclipsed Conformations of Ethane
The main destabilizing factor of the Eclipsed conformation is the electron repulsion between the aligned C-H bonds. In the contrary, the stabilization of staggered conformation is due to hyperconjugation achieved via the anti-periplanar arrangement of the C-H bonding orbital with the antibonding orbital of the other C-H bond on the neighboring carbon.
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The main destabilizing factor of the Eclipsed conformation is the electron repulsion between the aligned C-H bonds. In the contrary, the stabilization of staggered conformation is due to hyperconjugation achieved via the anti-periplanar arrangement of the C-H bonding orbital with the antibonding orbital of the other C-H bond on the neighboring carbon.
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General Chemistry Education: Molecular Orbital Diagram of Carbon Dioxide :
General Chemistry Educational Study Guide showcasing the molecular orbital diagram of carbon dioxide. This chemistry study guide was designed to help students studying molecular geometry, VSEPR, and Molecular Orbital theory in college and high school I truly hope these pages help with your continued studies in medical school, grad school, or other science based programs
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General Chemistry Educational Study Guide showcasing the molecular orbital diagram of carbon dioxide. This chemistry study guide was designed to help students studying molecular geometry, VSEPR, and Molecular Orbital theory in college and high school I truly hope these pages help with your continued studies in medical school, grad school, or other science based programs
@chemistdaily
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