Question

2.1. Give the final products for the reactions bellow (NB: Geometry is critical). [2] and [2] 2.2. Give mechanisms for the reactions below. Explain the key features that make each of the reactions feasible (NB: give the geometry of each alkene product). [4], [6] and [3] \( \xrightarrow[85 \%]{\substack{\mathrm{Na}, \mathrm{NH}_{3} \\ \text { tert-BuOH }}} \) Activate Window Go to Settings to activa

          2.1. Give the final products for the reactions bellow (NB: Geometry is critical). [2] and [2]
2.2. Give mechanisms for the reactions below. Explain the key features that make each of the reactions feasible (NB: give the geometry of each alkene product). [4], [6] and [3]
\( \xrightarrow[85 \%]{\substack{\mathrm{Na}, \mathrm{NH}_{3} \\ \text { tert-BuOH }}} \)
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2.1. Give the final products for the reactions bellow (NB: Geometry is critical). [2] and [2]
2.2. Give mechanisms for the reactions below. Explain the key features that make each of the reactions feasible (NB: give the geometry of each alkene product). [4], [6] and [3]
[85 %]Na, NH3
tert-BuOH
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Go to Settings to activa

Added by Oratilwe S.

Chemistry

Paul Flowers, Klaus Theopold, Richard…

Chapter 19

Instant Answer

Solved by Expert Ma Ednelyn Lim

Step 1

For 2.1: - Reaction 1: Hydrogenation using H₂, Pd/CaCO₃, Pb(OAc)₂. - Reaction 2: Reduction using Na, NH₃, t-BuOH. For 2.2: - Reaction 1: Reduction of an alkyne using Na, NH₃, t-BuOH. - Reaction 2: Reduction of an ester using LiAlH₄. - Reaction 3: Hydrolysis of Show more…

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