Direction:A. Create a complete workflow process of producing a Liquid Dosage Form through Extemporaneous Compounding(Laboratory Setting). Use diagrams (boxes and arrows) to signify stepwise and significant procedures. And Provide a one-paragraph description of the workflow by pinpointing the major steps involved in the illustratedextemporaneous compounding. Highlight each step using red. Thank you!!!

Direction:A. Create a complete workflow process of producing a Liquid Dosage Form through Extemporaneous Compounding(Laboratory Setting). Use diagrams (boxes and arrows) to signify stepwise and significant procedures. And Provide a one-paragraph description of the workflow by pinpointing the major steps involved in the illustratedextemporaneous compounding. Highlight each step using red. Thank you!!!

Fundamentals Of Analytical Chemistry

9th Edition

ISBN:9781285640686

Author:Skoog

Publisher:Skoog

Chapter31: Introduction To Analytical Separations

Section: Chapter Questions

Problem 31.19QAP

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A. Create a complete workflow process of producing a Liquid Dosage Form through Extemporaneous Compounding (Laboratory Setting). Use diagrams (boxes and arrows) to signify stepwise and significant procedure. B. Provide a one-paragraph description of your workflow by pinpointing the major steps involved in the illustrated extemporaneous compunding. (Highlight each step)
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DATA Note: Use the videos as references except when data is provided here. Table 1. Selection of Recrystallizing Solvent. Solvents Dissolution at room temperature? (+ or −) Dissolution at elevated temperature? (+ or −) Distilled water - - Acetone + n/a 95% ethanol - + Toluene + n/a Solid sample: Naphthalene Table 2. Mass Measurements. Mass, g Sample solid 0.5021 Empty watch glass 35.7602 Watch glass with recrystallized sample 36.2485 Table 3. Melting Point Determination. Temperature, oC Appearance of Sample in Capillary Tube … Solid 78.4 Solid 79.3 Solid with signs of liquid 79.9 Solid, liquid 80.6 Liquid, solid 81.3 Liquid with signs of solid … Liquid Theoretical Melting Point, oC: 80.2°C (176.4°F) QUESTIONS Which solvent should be used as the recrystallizing solvent? Check if your chosen solvent satisfies all characteristics of a good…