In an advanced integrated laboratory, experiments or projects need to be selected that allow students to experience the integrated nature of doing modern chemistry in an industrial or academic setting. A transition experiment from organic to inorganic chemistry typifying the integration of the subdisciplines of chemistry utilizes organometallic reagents and methodologies to perform organic synthesis. A research-type project is described that requires students to prepare and analyze an organometallic reagent and an organic substrate and, in a Pd(0)-catalyzed carbon-carbon bond formation process, to stereospecifically generate an (E) alkene. The project exposes students to a variety of laboratory techniques for carrying out reactions and transferring reagents in an inert atmosphere, monitoring the progress of reactions, and isolating and purifying products, and also requires the use of analytical and spectral tools for product characterization.
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