8. Which of the following is the correct name for the compound below? a. benzene-ethanol b. phenylmethanoate 9. Which type of reaction will an alkene not undergo? a. addition b. polymerization c. oxidation 10. Which of the following classes of organic compounds does not contain oxygen? a. aldehydes d. ethers b. amines e. amides c. amino acids b. 11. The primary product of the reaction below which uses excess HBr is which of the following? HBr Br Br a. I and IV b. I and III c. II and IV b. C. c. methylbenzenal d. phenylmethanol Br CH₂CH₂CH₂ d. dehydration e. hydration Br 12. Which of the following compounds can exist as geometric isomers? CH₂CI-CH₂CI CH₂Cl2, I II Br III H₂C-CH₂ is properly named a. N-ethyl-N-methylethanamide b. N,N-diethylaminomethane Br Br 13. Select the compound with the highest boiling point at standard pressure. d. CH4 HOCH₂CH₂OH H₂C-CH-CH₂ OH -CI, d. I, II, IV e. IV only 15. The product formed by the reaction of CH,CO₂H with HN-CH₂ c. all of the carbon bonds in the oil are single bonds d. none of the above Br CH₂CI-CH₂Br IV CH₂CH₂OH 14. One of the ingredients on a margarine container is listed as "polyunsaturated corn oil". This means that a. many of the carbon-carbon bonds are multiple bonds b. many of the polymer molecules are unsaturated Br c. N,N-diethylmethanamide d. N-ethyl-N-methylmethamide
8. Which of the following is the correct name for the compound below? a. benzene-ethanol b. phenylmethanoate 9. Which type of reaction will an alkene not undergo? a. addition b. polymerization c. oxidation 10. Which of the following classes of organic compounds does not contain oxygen? a. aldehydes d. ethers b. amines e. amides c. amino acids b. 11. The primary product of the reaction below which uses excess HBr is which of the following? HBr Br Br a. I and IV b. I and III c. II and IV b. C. c. methylbenzenal d. phenylmethanol Br CH₂CH₂CH₂ d. dehydration e. hydration Br 12. Which of the following compounds can exist as geometric isomers? CH₂CI-CH₂CI CH₂Cl2, I II Br III H₂C-CH₂ is properly named a. N-ethyl-N-methylethanamide b. N,N-diethylaminomethane Br Br 13. Select the compound with the highest boiling point at standard pressure. d. CH4 HOCH₂CH₂OH H₂C-CH-CH₂ OH -CI, d. I, II, IV e. IV only 15. The product formed by the reaction of CH,CO₂H with HN-CH₂ c. all of the carbon bonds in the oil are single bonds d. none of the above Br CH₂CI-CH₂Br IV CH₂CH₂OH 14. One of the ingredients on a margarine container is listed as "polyunsaturated corn oil". This means that a. many of the carbon-carbon bonds are multiple bonds b. many of the polymer molecules are unsaturated Br c. N,N-diethylmethanamide d. N-ethyl-N-methylmethamide
8. Which of the following is the correct name for the compound below? a. benzene-ethanol b. phenylmethanoate 9. Which type of reaction will an alkene not undergo? a. addition b. polymerization c. oxidation 10. Which of the following classes of organic compounds does not contain oxygen? a. aldehydes d. ethers b. amines e. amides c. amino acids b. 11. The primary product of the reaction below which uses excess HBr is which of the following? HBr Br Br a. I and IV b. I and III c. II and IV b. C. c. methylbenzenal d. phenylmethanol Br CH₂CH₂CH₂ d. dehydration e. hydration Br 12. Which of the following compounds can exist as geometric isomers? CH₂CI-CH₂CI CH₂Cl2, I II Br III H₂C-CH₂ is properly named a. N-ethyl-N-methylethanamide b. N,N-diethylaminomethane Br Br 13. Select the compound with the highest boiling point at standard pressure. d. CH4 HOCH₂CH₂OH H₂C-CH-CH₂ OH -CI, d. I, II, IV e. IV only 15. The product formed by the reaction of CH,CO₂H with HN-CH₂ c. all of the carbon bonds in the oil are single bonds d. none of the above Br CH₂CI-CH₂Br IV CH₂CH₂OH 14. One of the ingredients on a margarine container is listed as "polyunsaturated corn oil". This means that a. many of the carbon-carbon bonds are multiple bonds b. many of the polymer molecules are unsaturated Br c. N,N-diethylmethanamide d. N-ethyl-N-methylmethamide
Branch of chemistry concerned with the study of carbon-based compounds, also known as organic compounds. These compounds form due to carbon's notable potential in forming chemical bonds. Due to the abundance of organic compounds on Earth, organic chemistry is crucial in other scientific disciplines, including materials science and pharmaceutical science.
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