Draw 1 molecule of each analyte in correct relative position on the plate (2) Jamar spotted the three (3) component mixture shown below to a TLC plate and developed it using thesolvent system listed. Using the Molecular View of the TLC plate provided: a) draw one (1) molecule of eachanalyte in the correct relative position on the plate, 6 draw four (4) solvent molecules interacting witheither the plate or the analytes, and for all molecules, clearly show the relevant intermolecular forces thatexplain the TLC results.Si-H..ンHSi-..Si-ンHSi-TLC plateeluted with4:1 DCM:MEOHASi-..you CHCI2a CHs OHGenerate theMolecular View ofTLC plate justbefore it wasremoved from thechamber**ンHSi..*ンHSi-..ンHSi..**ンHSiOHHO,mixture:0: :0: :0: :

Answered: Image /qna-images/answer/9e214ca5-7bac-4fd7-9a99-e78c417fb259.jpg

Jamar spotted the three (3) component mixture shown below to a TLC plate and developed it using the solvent system listed. Using the Molecular View of the TLC plate provided: a) draw one (1) molecule of each analyte in the correct relative position on the plate, b draw four (4) solvent molecules interacting with either the plate or the analytes, and for all molecules, clearly show the relevant intermolecular forces that explain the TLC results.

Jamar spotted the three (3) component mixture shown below to a TLC plate and developed it using the solvent system listed. Using the Molecular View of the TLC plate provided: a) draw one (1) molecule of each analyte in the correct relative position on the plate, b draw four (4) solvent molecules interacting with either the plate or the analytes, and for all molecules, clearly show the relevant intermolecular forces that explain the TLC results.

Macroscale and Microscale Organic Experiments

7th Edition

ISBN:9781305577190

Author:Kenneth L. Williamson, Katherine M. Masters

Publisher:Kenneth L. Williamson, Katherine M. Masters

Chapter5: Distillation

Section: Chapter Questions

Problem 4Q

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