(Solved): 1. Complete each of the following reactions. (For \( \mathrm{Sn} 2 / \mathrm{Sn} 1 \) and E1 1. Loo ...

1. Complete each of the following reactions. (For \( \mathrm{Sn} 2 / \mathrm{Sn} 1 \) and E1 1. Look at the substitution of the carbon attached to the LG \( \left[1^{\circ}, 2^{\circ}\right. \), or \( \left.3^{\circ}\right], 2 \). Look at the solvent below the reaction arrow [one rxn allows the solvent to be the nucleophile] 3. Check the stereochemistry of the reactant vs the product 4 . For E2 rxn the b-Carbon MUST be Anti to the LG because of steric hinderance, so make sure you're checking to see if an ANTI-Hydrogen on the b-Carbon is available). (3 pts each, \( 33 \mathrm{pts} \) total) A. B. C. D. \( E . \) \( F \) \( \stackrel{K C N}{\text { THF }} \) G \( \underset{\mathrm{OMSO}^{\Theta}}{\stackrel{\Theta}{\mathrm{OH}}} \)