Question: I am looking for an answer for this question in part B for lab report question: Describe the effects of each solvent system on the

I am looking for an answer for this question in part B for lab report
question: Describe the effects of each solvent system on the Rf values of the compounds, and account for the appearance of your plate taking into consideration the polarity of the solvent used.
I already calculated the Rf of each by using a software I am looking for an answer for this question in part B
for lab report question: Describe the effects of each solvent system on
the Rf values of the compounds, and account for the appearance of
your plate taking into consideration the polarity of the solvent used. I
already calculated the Rf of each by using a software reference sample

reference sample co-spot (reference + sample) Rigure 1 - Reference, Co-spot and Sample Lones Part B-Effect of solvent on TLC In part B, you will receive duplicates of the TLCs that were given to you in part A, for a total of four TLCs. The first two TLCs were eluted in pure ethyl acetate and the other two in pure hexane. The plates were then viewed under UV light. For this part, you must measure the Rt of each spot on the each of the plates and draw an exact replica of the four TLCs in your lab report. Describe the effects of each solvent system on the Re values of the compounds, and account for the appearance of your plate taking into consideration the polarity of the solvent used. Part-Identifying TLC Spots and solvent Systems In part C, you will receive a mixture of 3 components. Two TLCs were performed on the mixture using different solvent systems. In your lab report, report the RF of each spot on each of the plates and identify which spot corresponds to which component Explain your answer by comparing the relative polarity of the components based on their functional groups. Finally, indicate which TLC was performed in which solvent system and provide an explanation based on the concepts seen in part B. CO ** 8 Part B / Partle B Legend Lgende Biph. = Biphenyl / Biphnyle Co = Co-Spot A = Unknown A/ Inconnu A 00 Figure 4 - TLC of Biphenyl and Unknown A Eluted in Ethyl Acetate/CCM de la Benophenone et de l'inconnu A bude dons l'Acetote d'thyle Figure 3 - TLC of Biphenyl and Unknown A Eluted in Hexane / CCM de la Benzophenone et de Minconnu A Elue dans l'Hexane Legend / Lgende Benzo. = Benzophenone/Benzophenone Co - Co-Spot A = Unknown A/ Inconnu A Figure 5 - TLC of Benzophenone and Unknown A Eluted in Ethy! Acetate/CCM de lo Gencophenone et de l'inconnu A Elule dans l'Acetote d Ethyle Figure 6 - TLC of Benzophenone ond Unknown A Eluted in Hexone / CCM de la Senzophenone et de l'inconnu A Elude dans l'Hexane R*0.40 RAB Bith A Biph. CO Figure 3-TLC of Biphenyl and Unknown A Figure 4-TLC of Biphenyl and Unknown A Legend: Legend: Bip Biphenyl Rf-0.53 CO- Co-spot RF-0.33 A-Unknown A Rf-0.49 Biph - Biphenyl Co-Co-Spot A Unknown RF-0.53 RF-0.53 RE-0.48 R. R053 R245 Rom R003 A Benzo , CO Figure 6- TLC of Benzophenone and Unknown A Benzo CO Figure S TLC of Benzophenone and Unknown A Legmd Bezo. Benzophenone Rf-0.85 00-CO-Spot Rf088 A-Unknown Rf088 Legend: Benzo.- Benzophenone Rf 0.03. Co- Co-Spot Rf-0.0.3 RE: 0.53 A-Unknown A R 0.15

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