Iodide Synthesis Lab Report

Words: 241
Pages: 1
Open Document
The purpose of this laboratory experiment was to prepare by SN2 reaction and characterize the iodide product and to prepare by SN1 reaction and characterize the chloride product. The iodide preparation by SN2 was performed by Jesseca Crawford and the chloride preparation by SN1 was performed by Kassidy Sullivan. The SN2 reaction utilized acetone as the solvent and reacted 50 mL of the limiting reagent, sodium iodide and 6 mL of n-butyl bromide to form sodium bromide and n-butyl iodide. 5.82 grams of n-butyl iodide was recovered, with a theoretical yield of 10.23 grams and 56.9% yield. Results from the infrared spectroscopy (IR) report of n-butyl iodide revealed a peak at 2962 which indicated a Csp3-H bond. Also, the IR revealed peaks
Show More

Related Documents: Iodide Synthesis Lab Report

SNC 2D1 Reactions Types Lab

SNC 2D1 - Unit 1: Reactions Types Lab CPT Group: Julianna, Kinga, Riley, and Evangeline Research. Description Hydrogen gas Oxygen gas Carbon dioxide gas Water Litmus paper -acid (blue to red) Litmus paper -base (red to blue) Litmus paper/ pH paper (no change for both blue and red paper) & pH at 7 Phenolphthalein A cobalt chloride strip turns pink when an acid reacts with a base. An acid is tested with a strip of litmus, what color change is shown? A flaming splint is extinguished…

Words 3668 - Pages 15

Health Restoration Study Guide Essay

surgery Assess for meningitis Hormone replacement Avoid bending Avoid strain at stool Monitor fluid status and lab data Avoid toothbrushing- Use toothette sponges until directed to resume toothbrushing Numbness in the area of the incision Decreased sense of smell Vasopressin Diabetes Insipidus Water metabolism problem caused by an ADH deficiency (either decrease in ADH synthesis or inability of kidneys to respond to ADH), symptoms of dehydration, increase in frequency of urination and excessive…

Words 1635 - Pages 7

Basic Chemistry For Investigating Living Systems

LABORATORY 3: LABORATORY 3: Basic Chemistry for Investigating Living Systems Abstract The purpose of this experiment was to explain how colorimetry can be used to qualitatively detect cellular chemical components; to chemically differentiate between proteins, sugars, starches, and lipids; to identify the roles of molecular components in living systems; to comprehend the value of using a systematic approach to research; and to describe why hypotheses, controls, standards, and quality control…

Words 7873 - Pages 32