It has nothing to do with anodes, but this effect causes apparent charge separation in the ground state of neutral molecules in its sacrificial form. This effect causes the relative increase of stability when replacing carbon with silicon in the beta-silicon effect. This phenomenon and dipole interactions cause the alpha epimer of glucose to be more prevalent in the anomeric effect. SN1 reaction intermediates have methyl and hydride shifts since tertiary (*) carbocations [car-bo-CAT-ions] are more stabilized by this effect than secondary and primary ones. Both steric hindrance and this effect cause a molecule's staggered conformation to be more stable than the eclipsed one. For 10 points, identify this effect, similar to resonance, where de
It has nothing to do with anodes, but this effect causes apparent charge separation in the ground state of neutral molecules in its sacrificial form. This effect causes the relative increase of stability when replacing carbon with silicon in the beta-silicon effect. This phenomenon and dipole interactions cause the alpha epimer of glucose to be more prevalent in the anomeric effect. SN1 reaction intermediates have methyl and hydride shifts since tertiary (*) carbocations [car-bo-CAT-ions] are more stabilized by this effect than secondary and primary ones. Both steric hindrance and this effect cause a molecule's staggered conformation to be more stable than the eclipsed one. For 10 points, identify this effect, similar to resonance, where delocalized electrons in one sigma orbital overlap with a nearby empty p orbital, as seen in 1,3-butadiene.
It has nothing to do with anodes, but this effect causes apparent charge separation in the ground state of neutral molecules in its sacrificial form.
hyperconjugation [accept no bond resonance; do NOT accept or prompt on conjugation] &lt;SB, Chem&gt;