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LAB 334
There are many factors that determine where the electrophile attacks and they include resonance and steric hindrance. After adding all of the acid mixture I removed the flask from the ice-salt bath and allowed it to warm to room temperature. Therefore, the ability to put substituents on a benzene ring, at specific positions relative to each other, is a very important factor in synthesizing many organic compounds. These two neighboring hydrogens are about equal in equivalency, and show up as peak C on the spectrum. The reason for this is that both carbomethoxy groups as well as the nitro group on the mono nitrated product are deactivating groups making the second nitration less favorable.
Although this example is for chemistry, science based methods have some commonality across comparable science disciplines. Finally, proton NMR analysis was done on the final product, shown in figure 5. Because it is the most de-shielded, this indicates that it is between the two groups on the ring. However, it still requires some conversion. There is no doubt that nitration will only occur under those conditions. Although the ring was deactivated, over- nitration could have occurred if the mixture was heated.
This combination resulted in a clear yellow liquid. Note how the start of the sentence is clear about moving from one stage to the next. While water and methanol helped remove impurities from the product. However, substitution reactions occur and are relatively simple to carry out in the laboratory. Equation 2: Equation 2 shows the calculation for the actual yield, which is 4-4.
Example method section for a chemistry laboratory report Preparation of Methyl 3
Methanol is a flammable liquid, and is toxic -- no flames will be allowed in lab, wear gloves while handling it, and avoid breathing its vapors. Prevent contact with the skin, eyes, and clothing; work in the hood. Electrophiles can either attack at the meta, ortho, or para position depending on which position provides the least steric hindrance and encourages stability. . The two main reaction types used for this are both substitutions: Electrophilic Aromatic Substitution EAS and Nucleophilic Aromatic Substitution NAS. Finally, proton NMR analysis was done on the final product, shown in figure 5. The para addition is shown in figure 4.
Therefore, the ability to put substituents on a benzene ring, at specific positions relative to each other, is a very important factor in synthesizing many organic compounds. This can be done by reducing the nitro group into an amino group through the process of hydrogenation. Then the theoretical yield was calculated. EAS, on the other hand, is a very useful method for putting many different substituents on a benzene ring, even if there are other substituents already present. Often, to make the process of learning method writing easier, your tutor may give you the majority of this information in the 'materials and apparatus' section of a laboratory practical script. This is shown in equation 1. In this reaction, the nitronium ion can be added to three different locations on the benzene ring: meta, ortho, and para.
The precipitate was washed with 1 mL of water and 2 mL of methanol. In this reaction nitration at the meta position is favored because the partial positive charges that reside at the ortho and para positions repel the positively charged nitronium ion. This nitration took place via an electrophilic aromatic substitution and the electrophile was formed from mixing sulfuric and nitric acid. The product was collected using Büchnerfiltration, washed twice using 10 mL ice-cold methanol and dried in a drying ovenprior to weighing to calculate the yield. Figure 2: Figure 2 shows the mechanism for the formation of methyl m-nitrobenzoate from the reactants methyl benzoate and nitronium ion.
Inductive Effects of Alkyl Groups chem. Regarding the structure and flow of the writing, note how it provides just enough detail to allow another scientist to carry out thesame experiment. This figure also shows the structure of the molecule with hydrogen peaks labeled accordingly. These two neighboring hydrogens are about equal in equivalency, and show up as peak C on the spectrum. The melting point of methylm- nitrobenzoate is a range from 78.
Equation 1: Equation 1 shows the two calculations to determine the limiting reagent. The second most shielded peak, peak B, was a triplet, located at 7 ppm. During SN1 reactions, however, nucleophiles attack an aliphatic carbon and weak Lewis bases serve as leaving groups. To explain this further, this example was actually written for inclusion in a Laboratory book often referred to as 'Lab book' , and was created from a combination of a student following the materials and apparatus section and their own observations from the experiment. Which would most likely be para and ortho products.
