The synthesis of crystal violet is shown below: 1. THE 3 EtO OEt BrMg 2. HCI Grignard reagent diethyl carbonate crystal violet If 0.147 moles of the Grignard reagent were combined with 69.4 mL of diethyl carbonate, what is the limiting reagent? Upload all your calculations for full credit. Grignard reagent: MW = 224.38 g/mol diethyl carbonate: MW = 118.13 g/mol; density = 0.975 g/mL

The synthesis of crystal violet is shown below: 1. THE 3 EtO OEt BrMg 2. HCI Grignard reagent diethyl carbonate crystal violet If 0.147 moles of the Grignard reagent were combined with 69.4 mL of diethyl carbonate, what is the limiting reagent? Upload all your calculations for full credit. Grignard reagent: MW = 224.38 g/mol diethyl carbonate: MW = 118.13 g/mol; density = 0.975 g/mL

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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Macmillan Learning Experiment 1: Suppose a student repeats the experiment, but adds 25 g of sodium bicarbonate to the 6 M HC instead of adding 1 M NaOH. What observations indicate that a reaction took place? Bubbles formed in the solution after the sodium bicarbonate was added to the HCl in the Erlenmeyer flas The solution changed color after the sodium bicarbonate was added to the HCl in the Erlenmeyer flask. A reaction did not happen when the sodium bicarbonate was added to the HCl in the Erlenmeyer flask. The temperature decreased after the sodium bicarbonate was added to the HCl in the Erlenmeyer flask. A precipitate (solid) formed after the sodium bicarbonate was added to the HCl in the Erlenmeyer flask. The temperature increased after the sodium bicarbonate was added to the HCl in the Erlenmeyer flask.
E D Sodium hydroxide is extremely soluble in water. At a certain temperature, a saturated solution contains 573 g NaOH(s) per liter of solution. Calculate the molarity of this saturated NaOH(aq) solution. concentration: 80 $ 4 R gog F4 F V % LO 5 FS T G A 6 B MacBook Air F6 Y H & 7 N 44 F7 U * 00 8 M Question Source: McQuarrie, Rock, And Gallogly 4e-General Chemistry | Publisher: University Science Books Pi Pll FB T MOSISO K ( 9 DD FO H O presented by Macmillan Learning ) 0 command F10 P || B 180 F11 option + 11 4) F12 M } delete ret 8
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A. The weight of 25 tablets of morphine sulfate (150 mg) is 3.075 g. If 0.3075 g was used in the assay and it required 10.3 ml of 0.023N NaOH to back titrate 25 ml of 0.021N H2SO4. Calculate the percent labeled amount of morphine sulfate. Each ml of 1N H2SO4 is equivalent to 758.83 mg of morphine sulfate.
Q1: Complete the following reactions: SO3H HOH 1. 4. Br Br CH3 HO2C. NO2 H2N. Br 5. NH2 H2N. 6. Br 2. 3.
40 HN
What are the complete reactions?
а. 2 b. 3 С. 4 d. 6 е. 8 How much 12.6 M HCl is required to make 75.0mL of 3.5 M HCl? a. 5.88 mL b. 58.8 mL C. 270 mL d. 0.588 mL e. 20.8 mL
how many equivalents of 6M NaOH would you add (in other words, what molar ratio of 6M NaOH to triester do you need) so that the reaction runs as pictured?
12. For each reaction below, the starting mass/volume of each reagent is provided as well as the final mass of product isolated. Calculate the theoretical and percent yield for each reaction. a. b. OH OH + l MW 122 1.50 g CI MW 141 d 1.21 g/mL 0.250 mL MW 60.1 7.40 g 1. PhMgBr MW 181 905 mg 2. HCI H3PO4 OH Ph MW 164 1.86 g Ph MW 260 547 mg + H₂O