Separatory funnel

Stereochemistry conformation is how molecules are orientated in space. There are two basic types of isomers: constitutional or stereoisomers. Constitutional isomers gave the same molecular formula but different connectivity, while stereoisomers have the same connectivity but a different orientation in space. Stereoisomer has two subunits called enantiomers and diastereomers. Enantiomers are molecules that are mirror images, while diastereomers are not mirror images. Stereochemistry focus…

#1 Science major is one of my passions since I had taken Biology and Chemistry classes at high school. At that time, I have found myself significantly interested in remembering and understanding the morphologies and characteristics of animals, and microorganisms, as well as learning how the chemical substances are reacted or separated from each other. This passion continuously goes with me until I have attended to California community college. Before considering about the main major, I spend…

Despite the practical and informative nature of the Williamson ether synthesis of 2-bromo-4-methoxy-phenoxy benzyl ether. This reaction was not conducted due to an error made in which the initial product was thrown away instead the actual second phase of this synthesis was the Williamson Ether synthesis of 4-methoxy-phenoxy benzyl ether. Figure 4. Williamson Ether Synthesis 4-methoxy-phenoxy benzyl ether ____________________________________¬___ In spite of this outcome there was still much…

below in Figure 1. By shaking the solvents together and then letting them sit, they begin to separate into two different layers, with the organic layer being the bottom layer in our experiment. To separate the two liquids, a separatory funnel can be used, as well as a Pasteur funnel. Though a general method, liquid-liquid extraction is not limited to organic compounds, and is also not the only type of extraction method. Two other methods can also be used, depending on the mixture needing to be…

Pour the diazonium ion solution (Part 2) into the copper(I) chloride solution (Part 1) and shake the mixture for 5 minutes. Set the system up for a simple distillation. Collect the distillate in a conical flask. Pour your distillate into a separatory funnel. Rinse the conical flask with 15 mL of…