CHEM 210 ORGANIC CHEMISTRY

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• 5 pages

  • CHEM LAB- 3
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Extraction CHEM-210-08 10-07-08 Extraction Abstract: In the laboratory experiment, extraction techniques were used to separate the compounds of a 1:1:1 mixture containing benzoic acid, 4-t-butylphenol, and 1,4dimethoxybenzene. The percentage recovered aft
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  CHEM LAB- 3

• 5 pages

  • CHEM LAB- 7
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Optical Resolution CHEM-210-08 11-04-08 Optical Resolution Abstract: In the laboratory experiment, the racemic mixture of trans-1,2-diaminocyclohexane can be separated by reacting it with L-(+)-tartaric acid to produce a diastereomeric salt mixture. In th
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  CHEM LAB- 7

• 6 pages

  • CHEM LAB- 8
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Nucleophilic Substitution Reactions CHEM-210-08 11-11-08 Nucleophilic Substitution Reactions Abstract: In the laboratory experiment, substitution reactions were performed and qualitatively analyzed. The alkyl compounds used were of 1-chlorobutane, 1-bromo
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  CHEM LAB- 8

• 5 pages

  • CHEM LAB- 10
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Synthesis of Aspirin CHEM-210-08 12-02-08 Synthesis of Aspirin Abstract: In the laboratory experiment, acetylsalicylic acid was synthesized from salicylic acid, acetic anhydride, and sulfuric acid by means of microwave heating (1). With salicylic acid bei
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  CHEM LAB- 10

• 5 pages

  • CHEM LAB- 6
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Column Chromatography CHEM-210-08 10-28-08 Column Chromatography Abstract: In the laboratory experiment, column chromatography was performed on a 1:1 mixture of ferrocene and acetylferrocene to separate the compounds from one another. The eluting solvents
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  CHEM LAB- 6

• 5 pages

  • CHEM LAB- 5
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Thin Layer Chromatography CHEM-210-08 10-21-08 Thin Layer Chromatography Abstract: In the laboratory experiment, thin layer chromatography was performed to separate caffeine, acetaminophen, aspirin, and the unknown #6 compound. The two TLC plates used wer
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  CHEM LAB- 5

• 5 pages

  • CHEM LAB- 4
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Distillation CHEM-210-08 10-14-08 Distillation Abstract: In the laboratory experiment, a simple distillation and then a fractional distillation was performed on a 1:1 mixture of ethanol and water to separate the liquid compounds from one another. The frac
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  CHEM LAB- 4

• 5 pages

  • CHEM LAB- 2
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Crystallization CHEM-210-08 09-30-08 2 Crystallization Abstract: In the laboratory, the technique of crystallization was performed to purify solid samples of naphthalene and benzoic acid. The percentage recovered after crystallization for the sample of na
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  CHEM LAB- 2

• 5 pages

  • CHEM LAB- 1
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Melting Points CHEM-210-08 09-23-08 2 Melting Points Abstract: In the laboratory, several chemical compounds were analyzed for their melting points. Melting points were found for urea, cinnamic acid, salicyclic acid, caffeine, and a series of urea/ cinnam
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  CHEM LAB- 1

• 4 pages

  • Solvent-Free Aldol Reaction
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • Solvent-Free Aldol Reaction Abstract: In the laboratory experiment, 4-methylbenzylideneacetophenone was synthesized from acetophenone and p-methylbenzaldehyde via a solvent-free aldol condensation reaction. The starting amounts of acetophenone and p-methy
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  Solvent-Free Aldol Reaction

• 1 pages

  • CHEM LAB- prelab 13
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Spring 2008
  • CHEM-210-08 Prelab 13- Synthesis of Aspirin 12-02-08 1. Draw reaction. 2. Why is microwave heating better than conventional heating for a reaction? Microwave heating is better because the entire molecule can be heated at once. 3. Since microwave energy ne
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  CHEM LAB- prelab 13

• 9 pages

  • formalorgchemlab
  • Ramapo
  • ORGANIC CHEMISTRY I: LECTURE AND LAB
  • CHEM 210 - Fall 2015
  • 1 Acid-Base Liquid-Liquid Extraction Abstract The separation of an acid and a neutral substance was performed during this experiment. It involved separating complex mixtures using acid-base chemistry and two immiscible liquids: diethyl ether and 5% sodium
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  formalorgchemlab

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ORGANIC CHEMISTRY Questions & Answers

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