5. Which amino acid had the highest Rf value? Explain these findings, based on your knowledge of the chemical properties of this amino acid?
6. Which amino acid has lowest Rf value? Explain these findings, based on your knowledge of the chemical properties of this amino acid?
5. Which amino acid had the highest Rf value? Explain these findings, based on your knowledge...
In normal phase TLC, will benzoic acid or acetophenone have a higher Rf value? Please explain why your chosen compound has the highest Rf.
Which compound is likely to have the highest Rf value on silica gel TLC? Group of answer choices A) Benzoic Acid B) Dimethylaniline C) Benzophenone D) They will all have the same Rf value.
Which of the following compounds would you expect to have the lowest Rf value on a silica gel TLC plate developed with dichloromethane? O A. Naphthalene O B. Phenyl acetate OC Butyric acid QUESTION 3 Which of the following compounds would you expect to have the highest Rf value on a silica gel TLC plate developed with dichloromethane? O A 2-octanone O B. Acetic acid C. 1-butanol OD. decane E. acetaldehyde
Based on your knowledge of TPCP structure, explain whether the paddle-wheel or propeller structure would be a preferred product (i.e. which compound has the lowest energy)?
(a) Based on your knowledge of the periodic trend in first electron affinity, place the following in order of DECREASING electron affinity such that 1 is the element with the highest predicted first electron affinity and 5 is the element with the lowest predicted first electron affinity. Si Os Sn Submit Answer Tries 0/13 (b) Based on your knowledge of the periodic trend in first ionization energy, place the following in order of DECREASING first ionization energy such that 1...
"R" group polarity nonpolar, polar, or polar with H- bonds. 1. choose any two know amino acids with similar Rf and based on the size and polarity of their side chains, give an explanation for why their retention factors are similar. 2. choose any two known amino acids with very different Rf values and based on the size and polarity of their side chains, give an explanation for why their retention factors are dissimilar. 3. Explain why lysines Rf is...
a) which amino acid tested is most polar? b) look up the structure of the amino acids. explain why it makes sense that the amino acid you listed is more polar than the others? c) what amino acids are in the fruit juice? D. CHROMATOGRAPHY Chromatography is a general technique that is used to separate various materials. In this case, students can use the unique chemistry of the amino acid to determine its migration in a specific solvent. The solutions...
(a) Based on your knowledge of the periodic trend in first electron affinity, place the following in order of DECREASING electron affinity such that 1 is the element with the highest predicted first electron affinity and 5 is the element with the lowest predicted first electron affinity. 1 2 3 4 5 Si 1 2 3 4 5 C 1 2 3 4 5 Sn 1 2 3 4 5 W 1 2 3 4 5 F (b) Based on your knowledge of the periodic...
Answer the following two questions A paper chromatography experiment was conducted on a mixture of amino acids including Aspartic acid (Asp), Glutamic acid (Glu), Histidine (His), Leucine (Leu), Phenylalanine (Phe) and Proline (Pro). The following Rf values were determined: Asp (0.245), Glutamic (0.275), His (0.295), Leu (0.745), Phe (0.685) and Pro (0.445). In the experiment, a colored spot for unknown amino acid "W" was found centered at a distance 25 mm from the start line when the solvent line had...
4. Which amino acid could form ionic interactions? Explain how you know. 1. Circle the funct tional groups on the R-group of the AMINO ACIDs below that are capable of forming hydrogen bonds. How do you know? 2 4 CH H,C CH, 2. List at least 2 amino acids (numbered 1-10 above) capable of interacting with water 5 and 7 3. List at least 2 amino acids that water would avoid interacting with. Explain how you know. I and 2...