UnknownMixture #1UnknownMixture #2SamplecaffeineibuprofenaspirinacetaminophenDistance tosolvent front14,70 cm 14,70cm14.70cm1u.70 cm1나,구 cm|14.구0cm5. 70 cm11.90 cmI.85cmDistanceSpot(s) traveled 175 cm13.75cm11.9 5 cm 6.4 0 cm13,75 cm13.75 cm38 781908.8095Calculated R:(s)119,9354812 943 S.93549354#1:Aspirinan d lbuprofenComponents ofUnknowns#2: Ace taminophen, aspirinan d ibu profenD. Additional Exercises1. Which of the substances tested is most polar? What parts of the structure of this substance is polar?The Sul2. Which of the substance tested is most non-polar? What parts of the structure of this substance in non-polar?

Answered: Image /qna-images/answer/c31d2294-b078-4654-a6d4-f8ea5a40149e.jpg

Unknown Mixture #1 Unknown Mixture #2 Sample caffeine ibuprofen aspirin acetaminoph en Distance to solvent front 14,70 cm 14,70cm 14.70cm 14.70cm1u.70 cm 14.70cm 5. 70cm 11.90cm I1.85cm Distance Spot(s) traveled 1.75 cm 13.75cm 11.9 5cm 6.40 cm 13. 75 cm 13,75 cm .38 78 . 8095 .8061 Calculated R(s) 119 9354 8129 43 5 9354 .9354 #1:Aspirin and lbuprofen Components of Unknowns #2: Ace taminophen, aspirin an d ibu profen D. Additional Exercises 1. Which of the substances tested is most polar? What parts of the structure of this substance is polar? The su 2. Which of the substance tested is most non-polar? What parts of the structure of this substance in non-polar? po the

Unknown Mixture #1 Unknown Mixture #2 Sample caffeine ibuprofen aspirin acetaminoph en Distance to solvent front 14,70 cm 14,70cm 14.70cm 14.70cm1u.70 cm 14.70cm 5. 70cm 11.90cm I1.85cm Distance Spot(s) traveled 1.75 cm 13.75cm 11.9 5cm 6.40 cm 13. 75 cm 13,75 cm .38 78 . 8095 .8061 Calculated R(s) 119 9354 8129 43 5 9354 .9354 #1:Aspirin and lbuprofen Components of Unknowns #2: Ace taminophen, aspirin an d ibu profen D. Additional Exercises 1. Which of the substances tested is most polar? What parts of the structure of this substance is polar? The su 2. Which of the substance tested is most non-polar? What parts of the structure of this substance in non-polar? po the

EBK A SMALL SCALE APPROACH TO ORGANIC L

4th Edition

ISBN:9781305446021

Author:Lampman

Publisher:Lampman

Chapter82: Physical Constants Of Liquids: The Boiling Point And Density

Section: Chapter Questions

Problem 5P

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Phase change properties of pure substances Cu C6H12 C (C6H5CH₂)₂0 (CH3CH₂)20 CH3CH₂OH (CH₂OH)2 NH₂COH Au C C6H14 H₂ copper cyclohexane diamond dibenzyl ether diethyl ether ethanol ethylene glycol formamide gold graphite hexane hydrogen 1084.62 6.7 4440 1.8 -116.22 -114.14 -13.0 2.57 1064.18 4489 -95.27 -259.16 2560 80.7 298 34.4 78.24 197.5 217 2836 3825 68.72 -252.879 0.385 1.841 0.51 2.369 2.438 2.394 2.389 0.129 0.709 2.27 14.304 13.26 2.68 -- 7.19 4.931 9.96 8.44 12.55 117.4 13.08 0.12 29.97 45.6 26.52 38.56 50.5 60.2 324 28.85 0.9 280.3 193.7 242 446 -- 234.4 -240.212 40.2 35.9 61.7 80 29.9 12.69
m-n- x herthHa Eavier Aotive Qung ox Sheerpwth Quir 7 PerentelX Sherpam Maement Sy agng eisevier.com//auirtansignmentid3455638courselda154811Atoken-eyJhbociOUIUUMU9.eydzdwiouprzht.mvdaGlua3NpdovitmvbscDAlinidXNci Question 20 of 30 A calibrated burette will be used to deliver an intravenous medication dosage order of 200 mg contained in 5 mL. This volume is to be diluted in 40 mL and infused over 30 minutes. A 15-ml flush is to follow the infusion. At what rate in milliliters per hour will the infusion need to run to deliver the ordered dose? Record your answer as a whole number. mL/hr Candent Nat Sure m C Cha O ts Ch Cha On 3 6 7. 8. R. T. Y. U A K C M command comman P. CO 38
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Explain how molecular weight of a polymer can be determined by diluteviscosity measurements?
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2sig fig
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