match the following scenerios SMMatch the following scenario with the representative TLC (sm= starting material, co = cospot, rxn=reaction pot)www wwww.sm co rxnsmsm co rxnsm co гхnsmsmAВCEF AВCDScenario1. The reaction did not run to completion (not all sm was consumed)2. The reaction ran to completion (all starting material was consumed).3. The sm spot was run with too polar an eluent.4. The sm spot was run with too nonpolar an eluent5. No reaction has occurred.6. Too much sm was loaded onto the adsorbent

Thin layer chromatography (TLC) is the technique which is used to identify the progress of the…

Scenario 1. The reaction did not run to completion (not all sm was consur 2. The reaction ran to completion (all starting material was cons 3. The sm spot was run with too polar an eluent. 4. The sm spot was run with too nonpolar an eluent 5. No reaction has occurred. 6. Too much sm was loaded onto the adsorbent

Scenario 1. The reaction did not run to completion (not all sm was consur 2. The reaction ran to completion (all starting material was cons 3. The sm spot was run with too polar an eluent. 4. The sm spot was run with too nonpolar an eluent 5. No reaction has occurred. 6. Too much sm was loaded onto the adsorbent

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter31: Thermal Methods

Section: Chapter Questions

Problem 31.8QAP

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Question

match the following scenerios

SM
Match the following scenario with the representative TLC (sm= starting material, co = cospot, rxn=
reaction pot)
www w
www.
sm co rxn
sm
sm co rxn
sm co гхn
sm
sm
A
В
C
E
F

A
В
C
D
Scenario
1. The reaction did not run to completion (not all sm was consumed)
2. The reaction ran to completion (all starting material was consumed).
3. The sm spot was run with too polar an eluent.
4. The sm spot was run with too nonpolar an eluent
5. No reaction has occurred.
6. Too much sm was loaded onto the adsorbent

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