1. Objectives
Selective oxidation of a primary alcohol is a crucial reaction in organic chemistry that transforms alcohols into aldehydes or carboxylic acids while allowing for specific control over the oxidation process. The primary objective of this experiment is to understand and demonstrate the principles of selective oxidation, particularly focusing on the controlled transformation of a primary alcohol to its corresponding aldehyde without further oxidation to a carboxylic acid. The ability to achieve selective oxidation is significant in both laboratory synthesis and industrial applications, as it offers a pathway to synthesize valuable compounds and intermediates that are otherwise challenging to obtain. In this experiment, the focus will be on employing an appropriate oxidizing agent that exhibits the desired selectivity. Common oxidizing agents, such as PCC (pyridinium chlorochromate), are often used for this purpose, as they facilitate the oxidation of primary alcohols t
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