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  1. Functional groups: alcohol, ether, aldehyde, ketone, carboxylic acid, ester, amide, and amine. For each molecule circle and name the functional group. Some molecules will have more than one functional group; in those cases circle and name all functional groups present. Write the names for the chemicals shown below; these chemicals include the ...

  2. Chapter 18 Naming Alcohols Practice Worksheet Alcohols: Alcohols are named by replacing the suffix ‘-ane’ with ‘-anol.’ The position of the hydroxyl group(s) on the parent chain is(are) indicated by placing the number(s) corresponding to the location(s) on the parent chain directly in front of the base name (same as alkenes). OH │ CH ...

  3. ETHERS WORKSHEET. Give the correct name, either IUPAC or common, to each of the following ethers: (hint: alkoxy group takes priority over alkene so it is part of the prefix) Draw the structural formula for the following organic compounds. dimethyl ether. 2-methoxypropane. 1-ethoxybutane.

  4. Nomenclature of ethers. Common names of (symmetrical) ethers add the suffix ether after naming the groups on either side of the oxygen. IUPAC names ethers by taking the more complex alkyl group as the root name, and naming the remaining part as an alkoxy group.

  5. Knowledge check worksheets. Provide a series of questions on alcohols to assess learners’ knowledge and understanding of this topic at both foundation and higher levels. The worksheets could be used for individual student work in class or at home.

  6. IN THIS CHAPTER, we study the physical and chemical properties of alcohols and ethers, two classes of oxygen-containing compounds we have seen as products of chemical reac-tions (Sections 5.3B and 7.4). We also study thiols, a class of sulfur-containing compounds.

  7. Naming Alcohols with Practice Problems. Naming alcohols follows the same rules we discussed earlier for the IUPAC nomenclature rules for alkanes. This is the brief summary of steps: Step 1. Identify the parent chain. Step 2. Identify the substituents. Step 3. Number the parent chain giving the OH group the lowest locant.

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