Study with Quizlet and memorize flashcards containing terms like Which of the following statements correctly describe the structural features and reactivity of compounds containing a C-Z σ bond, where Z is a heteroatom such as oxygen? (Select all that apply., Which of the following are common structural features of organic compounds? (Select all that apply.), What is the general structure for ...
Study with Quizlet and memorize flashcards containing terms like Acetone can dissolve in a nonpolar organic solvent such as CCl4 because it has a _____ C-H skeleton and therefore interact effectively with CCl4, Acetone can also dissolve in H2O because it has a ____ C-H skeleton and the carbonyl group can interact through ___ with H2O, Dipole-dipole interactions are ____ than van der Waals but ...
Which statement is not correct? Functional groups are. A. are chemically bound to each other in order to develop larger molecules. B. the parts of molecules used to differentiate classifications of organic molecules.
Benzene ring attached to a parent compound; must have alternating single and double bonds.
C. Ionophores move across cell membranes as their hydrophobic exterior interacts with the hydrophobic tails of the phospholipid.
Functional groups are important in chemistry because they are the portion of a molecule that is capable of characteristic reactions. They, therefore, determine the properties and chemistry of many organic compounds. An organic compound is any compound that contains carbon and another element.
When scientists talk about functional groups, they use a short hand way of writing them called 'the general formula. '. They write an R, which stands for the rest of the compound, and then a dash and the functional group.
Ketones and aldehydes are similar in that both are soluble in nonpolar solvents. A ketone is a compound in which the carbon of a carbonyl group shares bonds with two other carbons. A carbonyl group is an oxygen double-bonded to a carbon (O=C). The general formula is RCOR.
A carboxylic acid is a compound with a carboxyl group. A carboxyl group is -COOH, arranged like this:
The general formula is RCOR. An aldehyde is a compound in which the carbon of the carbonyl group shares a bond with at least one hydrogen. The general formula is RCHO. Due to their carbonyl groups, both aldehydes and ketones share similar properties.
Amy holds a Master of Science. She has taught science at the high school and college levels. Learn what an organic compound is and how their functional groups affect them. Identify the different types of functional groups including alcohols, alkyl halides, ketones, aldehydes, ethers, carboxylic acids and esters.
Organic compounds can be classified according to their functional groups. A functional group gives an organic compound a property that is different than it would otherwise have. For instance, take a look at the following four-carbon compounds. They all have four carbons, but they are all different because of the functional groups they have.
Alcohols are a common functional group. Alcohols contain a carbon bound to an OH group. Naming alcohols end with the suffix ol or the prefix hydroxy. Each functional group is given priority when naming a compound. Compounds with higher priority use the suffix, while compounds with lower priority will use the prefix.
An ether functional group contains an oxygen atom sandwiched between two carbon atoms. The form ROR' uses R to represent any carbon chain. This can be a single carbon atom or a complex multi-branched carbon chain. The second R has an apostrophe after it (read as prime) to indicate that it does not need to be the same chain as the first chain.
An alkyl halide is a carbon bound to a halogen; they are also called haloalkanes. The halogens include elements in group IV on the periodic table, e.g., the elements fluorine, chlorine, iodine, and bromine. They have the general form RX, where the R refers to a carbon chain, and the X refers to any of the halogens.
The last four functional groups are related in terms of structures and chemical properties. When an OH group is connected with C=O, the whole COOH is called a carboxylic acid functional group. The other three, ester , anhydride and amide, are all derivatives of carboxylic acid, meaning they can be prepared with carboxylic acid as ...
Functional groups are the most reactive parts in organic compounds, and determine the major properties of compounds. The summary of common functional groups is included in Table 2.2. Knowing the functional groups well is one of the fundamental skills required for this course. It is required in order for students to quickly identify and name the functional groups included in molecules, as well as to understand, interpret and draw the specific structure of each functional group clearly. The IUPAC naming of compounds containing a couple of functional groups is required as well.
When a halogen is connected with carbon, the group is called alkyl halide (or haloalkane). The halide can be categorized as a primary (1°), secondary (2°) or tertiary (3°) halide, depending on what category the carbon connected with the halogen is in. Alcohol is a functional group that you probably are familiar with.
Another functional group that contains the oxygen atom in single bonds is ether. In ether, the O atom connects with two carbon-containing R groups through two C-O σ bonds. For compounds with ether as the only functional group, it is usually named with the common name “alkyl alkyl ether”. When the two alkyl groups are the same, they can be combined as “dialkyl”.
Ether can be in cyclic structure as well. It may not be that intuitive to recognize the following structure as ether, and labelling the carbon atom will be helpful for identification. Figure 2.3g Cyclic ether examples. Both nitrile and nitro groups contain nitrogen atom, and it might be easy to get them mixed up.
Both nitrile and nitro groups contain nitrogen atom, and it might be easy to get them mixed up. Nitrile has a C≡N triple bond, and therefore can only be at the end of a structure, while nitro (NO 2) can be in any position on the carbon chain or ring.
Alcohol is a functional group that you probably are familiar with. In organic chemistry, the term alcohol refers to a compound containing the OH (hydroxy) group. Depending on the position of the OH group, alcohols can also be categorized as primary (1°), secondary (2°) or tertiary (3°). Figure 2.3e 1° alcohol.
Benzene ring attached to a parent compound; must have alternating single and double bonds.
C. Ionophores move across cell membranes as their hydrophobic exterior interacts with the hydrophobic tails of the phospholipid.