Provide ideal values for dihedral angles C5-C6-C1-H2 (axial H atom) and of C5-C6-C1-H1 (equatorial H atom)...

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Provide ideal values for dihedral angles C5-C6-C1-H2 (axial H atom) and of C5-C6-C1-H1 (equatorial H atom) and the bond angle H2-C1-H1 based on tetrahedral structures (0.4/12): C5-C6-C1-H2 (axial) = º C5-C6-C1-H1 (equatorial) = º H2-C1-H1 = = 0 Provide possible reasons for any significant differences between the "ideal" and your calculated values (no more than 8 lines) (0.4/12): Provide ideal values for dihedral angles C5-C6-C1-H2 (axial H atom) and of C5-C6-C1-H1 (equatorial H atom) and the bond angle H2-C1-H1 based on tetrahedral structures (0.4/12): C5-C6-C1-H2 (axial) = º C5-C6-C1-H1 (equatorial) = º H2-C1-H1 = = 0 Provide possible reasons for any significant differences between the "ideal" and your calculated values (no more than 8 lines) (0.4/12):

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In C6C5C1H2 chain in which H2 atom is at axial position therefore ideally it ... View the full answer