Question

Select the experimental set-ups and purification techniques needed to maximize the yield and purity of the 'target' organic molecules. For the set-ups, draw the laboratory equipment or industrial set-up that will be use to synthesize the 'target' organic molecule. (Place here the picture of the set-ups that will be used in the synthesis. Label each part of the picture. If possible, define the control parameters (i.e. temperature, pressure, pH, etc.) of each step of the synthesis.) For the purification techniques, write the procedure to perform the purification technique needed to separate the 'target' organic molecule from the reaction 'by-products'. (Write here the procedure of the purification steps that is necessary to get high purity of the 'target' organic molecule. If possible, include the detailed amounts of the solvent, precipitating agent, and/or stationary phase for chromatographic techniques.

          Select the experimental set-ups and purification techniques needed to maximize the yield and purity of the 'target' organic molecules.

For the set-ups, draw the laboratory equipment or industrial set-up that will be use to synthesize the 'target' organic molecule. (Place here the picture of the set-ups that will be used in the synthesis. Label each part of the picture. If possible, define the control parameters (i.e. temperature, pressure, pH, etc.) of each step of the synthesis.)

For the purification techniques, write the procedure to perform the purification technique needed to separate the 'target' organic molecule from the reaction 'by-products'. (Write here the procedure of the purification steps that is necessary to get high purity of the 'target' organic molecule. If possible, include the detailed amounts of the solvent, precipitating agent, and/or stationary phase for chromatographic techniques.

Select the experimental set-ups and purification techniques needed to maximize the yield and purity of the 'target' organic molecules.

For the set-ups, draw the laboratory equipment or industrial set-up that will be use to synthesize the 'target' organic molecule. (Place here the picture of the set-ups that will be used in the synthesis. Label each part of the picture. If possible, define the control parameters (i.e. temperature, pressure, pH, etc.) of each step of the synthesis.)

For the purification techniques, write the procedure to perform the purification technique needed to separate the 'target' organic molecule from the reaction 'by-products'. (Write here the procedure of the purification steps that is necessary to get high purity of the 'target' organic molecule. If possible, include the detailed amounts of the solvent, precipitating agent, and/or stationary phase for chromatographic techniques.

Added by Jerry S.

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