Applications of functional Groups 1. Briefly explain the application of the functional group "common use of halogenated alkanes" and include examples of these compounds.
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- The instructions are to 1. list the functional group that differentiates benzhydrol from biphenyl 2. List the class of organic compound that differentiates benzhydrol from biphenyl. Would the answer for functional group be hydroxyl? I'm not sure about the class..?C. Nomenclature of Cylic Alkanes: If a ring is present in a molecule, the ring is almost always considered the parent chain. Use the word cyclo as a prefix before the alkane name to indicate it is a cyclic parent chain Number the carbons that bear substituents starting with one, and number around the ring towards the closest carbon that bears another substituent group to give all substituents lowest possible numbering. If there are two or more substituents, use alphabetical order to determine where to start numbering. Critical Thinking Question (CTQ): 11. Give the correct IUPAC name for the remaining three compounds below. H,C CH-CH, l-isopropyl-3-methylcycloherane 12. Draw the structures that correspond to the following names: a. 3-ethylheptane b. 1,1-diethylcyclopropane c. 4-sec-butyl-1-isobutyl-2-methylcylcohexane 13. Mono-substituted cycloalkanes do not include the "1" locant. Thus, 1-methylcyclohexane is inaccurate. Draw methylcyclohexane; explain why adding a locant does not add…2. Briefly explain the application of the functional group "Cis-Trans isomers for night vision" and include examples of these compounds. 3. Briefly explain the application of the functional group "Hydrogenation of unsaturated fats" and include examples of these compounds. 4. Briefly explain the application of the functional group "Some common aromatic compounds" and include examples of these compounds. Brioftu ealsin
- Consider the following proposed structures for benzene, each of which is consistent with the molecular formula C6H6. (iv) CH3CCCCCH3 (v) CH2=CHCCH=CH2 When benzene reacts with chlorine to give C6H5Cl, only one isomer of that compound forms. Which of the five proposed structures for benzene are consistent with this observation? When C6H5Cl reacts further with chlorine to give C6H4Cl2, exactly three isomers of the latter compound form. Which of the five proposed structures for benzene are consistent with this observation?1) Write the structure of the indicated isomers. Give their IUPAC names. a. All possible chain isomers of (CH,), C b. Position isomers of cyclohexenol c. Functional isomer of acetophenone d. Functional isomer of butanethiol 2. Give the structure and IUPAC names of all possible skeletal isomers of 1-heptyne.5b) i) Discuss the bonding and extra.stability of benzene,ii) Using suitable examples, compare the reactivity of benzene and ethane,
- Describe (meaning what you would do and observe) simple (not including melting points, boiling points, cleaving reactions, or instrumental analyses) chemical tests(if any) that would distinguish between the compounds named below. [hint doing a table may be helpful] A. 1,3-pentadiene and 1-pentyne B. Ally bromide and 2,3- dimethyl-1,3-butadiene1. What is resonance theory? State five conclusions that can be drawn from the theory. 2. State the two main experiments that were used to establish the extra stability of the benzene molecule? 3. What are the factors that confer aromaticity to an organic molecule? 4. What are the various ways by which alkenes may be synthesized.4. Consider the structures below and answer the following question based on the structures. Structure A Structure B a. Give the IUPAC names of these compounds A.... B..... b. What are the molecular formulae of these compounds? A.. B. c. State the homologous series to which these compounds belong. d. Deduce the general molecular formula of this homologous series based on your answer to b.)
- 6. Briefly outline an experiment that would allow you to distinguish between alkanes, carboxylic acids and ketones based on their physical properties. explain your rationale. 1Indicate general observations of flame produced in the combustion of below organic compounds. State your answers in one (1) sentence using your own words and understanding. a. Alkane b. Alkene c. Benzene and AromaticsLandfills usually contain a large deposit of various organic material that degrade over time producing a plethora of secondary pollutants. These compounds are displaced by the action of leachate and eventual accumulate in the leachate pond. One such organic molecule is compound I drawn below: List two functional groups of compound I.