I need help with finding the weight of impure a-pinene, the weight of distilled a-pinene, the weight recovering of distilled a-pinene, and the refractive index of distilled a-pinene corrected to literature Bota:Empty Vial ig)=aoG62mgVial t impure aipha-pinene (9=a1780mgEmpty Vial (g) = allo4 mjvial i Pure aipha-pinene (g) a1444Temperature IInitial boiling pointFinal boiling pointRoom Temperaturemeyi S4.9°C156-6°C25.7°CBefractive index colcuiationEarswerhoold be four decimPracesn DzG=nDobserved + CT-20)*0.00045Comectecd Refractive nelex nDzoOiDservecd Refroactive Inclex nDobservedroom Temp KEPORT FORM: PURIFICATION OF a-PINENE BY SIMPLE DISTILLATIONWeight of impure a-pinene used:gWeight of distilled a-pinene:Weight recovery of distilled a-pinene:%Literature boiling point of a-pinene:°CObserved boiling point of distilled a-pinene:°CLiterature refractive index of a-pinene: np:°Cat:Observed refractive index of distilled a-pinene: np: 464at: a5.7°CRefractive index of distilled a-pinene corrected to literature temperature: np:

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Answered: finding the weight of impure a-pinene,…

finding the weight of impure a-pinene, the weight of distilled a-pinene, the weight recovering of distilled a-pinene, and the refractive index of distilled a-pinene corrected to literature

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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