Functional Group ClassesAlcoholAmideEster• CH₂CH₂OH* CHIO-CH,7. H₂C1OAmineKetoneCircle each functional group(s) and identify the class to which each of the groupsbelongs.9. H₂CAldehydeThiolAromaticsCarboxylic Acid2. CH,SH6.Alkenes4. H₂NCH₂CH₂10.EtherNM₂11. Which of the functional groups in the top list must be on a terminalC in the carbonchain?

Functional Group Classes Alcohol Amide Ester Ketone • CH₂CH₂OH • CH,O-CH, 7. H₂C1O 9. H₂C Amine Thiol Aldehyde Aromatics Circle each functional group(s) and identify the class to which each of the groups belongs. Carboxylic Acid Alkenes 2. CH,SH 4. H₂NCH₂CH₂ 6. 10. Ether NM₂ 11. Which of the functional groups in the top list must be on a terminalC in the carbon chain?

Functional Group Classes Alcohol Amide Ester Ketone • CH₂CH₂OH • CH,O-CH, 7. H₂C1O 9. H₂C Amine Thiol Aldehyde Aromatics Circle each functional group(s) and identify the class to which each of the groups belongs. Carboxylic Acid Alkenes 2. CH,SH 4. H₂NCH₂CH₂ 6. 10. Ether NM₂ 11. Which of the functional groups in the top list must be on a terminalC in the carbon chain?

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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15. It is believed that Alexander the Great was poisoned by an organic compound known as Strychnine. The structure of Strychnine is shown below. Identify the functional groups present in this molecule. a H "H b C --d A. a = tertiary amide, b = tertiary amine, c = alkene, d = ether B. a = ketone, b = secondary amine, c = alkene, d = ether C. a secondary amide, b = tertiary amine, c = alkyne, d = alcohol D. a = ketone, b = tertiary amide, c = alkyne, d = ether
The structures of four amines are shown. NH NH2 NH CH, -CH, H,C-E- -CH HyC- CH CH, CH3 В. "CH CH, CH A. C. D. Which of the structures are constitutional isomers of A? OC B.
The most polar bond of a carboxyl group is the C─O single bond. true or false
Classify each structure according to its functional class. For parts C and Dalso indicate if the group is 1 degrees, 2 degrees or 3 degrees
1. The distinguishing chemical property that both an amine and ammonia share is both are weak bases. What type of product is formed by the addition of an acid, for instance HCl? Draw the reaction between a 5 carbon amine and HCI. Don't forget charges.
Propanoic acid inhibits the growth of mold and some bacteria and is therefore used as a preservative for both animal feed and food for human consumption. H H H-C-CIC H H O 01H The structural diagram above represents CH₁ Organic Compounds a saturated an unsaturated compound that contains a carboxyl + functional group.
What five functional groups are present in the molecule below? HO O NH₂ A. Alcohol, amide, ether, carboxylic acid, aromatic ring. B. ketone, amine, ester, aromatic ring, carboxylic acid. C. Carboxylic acid, ether, nitrile, aromatic ring, amine. D. amine, aromatic ring, amide, ester, carboxylic acid. E. phenol, ether, aldehyde, amide, aromatic ring. O A OB OC OD N ΟΕ 15
QUESTION 2 What is the class name of the following structures? CH3 CH3 CH2 CH CH2 C CH2 CH2 OK O A Aldehyde O B. Ketone OC. Alcohol O D.Carboxylic Acid O E. Carboxylate Salt O F. Ester
2.) Draw 1 isomer of the compounds in item no. 3, and state the type of isomerism. Example: 2-hydroxy-pentanal OH Structure: Isomer: OH Type of isomerism: Functional Isomerism 3.) Predict the product of the following chemical reactions and state where the product (waste) should the waste should be disposed: Example: OH 1. NaBH, ethanol 2. HO CH,CH,CH,CH CH;CH,CH,CH H Butanal 1-Butanol Waste: G704 (Non-halogenated organic solvents) 1. NaBH,, ethanol a.) Cyclohexanecarbaldehyde 2. H,O" b.) Sodium Flouride + 3-iodo-3-methylpentane (hint: substitution or elimination?) c.) Benzoic acid + Phenol РСС d.) 3-pentanol H>CrO4 e.) Cyclohexylmethanol
please answer the question below ASAP
Compound A has a molecular formula of C,H,0. What is the Unsaturation Number (UN) or Double-Bond Equivalent (DBE)? UN/DBE: 0 Based on the UN/DBE you calculated, could there be a double bond in compound A? O yes no Based on the UN/DBE you calculated, could there be a ring in compound A? yes no
Which molecule is an amide? a. CH 3 CH₂ CH₂ CH₂ C C. 0 0 b. || CH3 CH₂ CH₂N-C-CH₂-CH3 0 H CH3–CH2CH2CH2C-O-CH2-CH3 e. CH3CH2CH2NH2 d. CH 3 CH₂-CH₂-CH₂-CH₂-C 0 OH