lel For the next problems, your explanation needs to refer to one or more of the...
For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: O HC OH HOCF3unhoOH CH3CH2OH E a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking.
Please just answer part " b". Please explain your ranking based on inductive, electronegativity,resonance stability, size. 4. The following compounds can all behave as bases: NANH2 NaOH CHCH,ОН CH3CH2NH2 NH2 For each compound, draw its conjugate acid. a. b. Rank the acids in order of increasing basicity. Explain your ranking.
Can you please explain these throughly!! I will give good rate thank you!! For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: 0 0 OH CH3CH2OH F C HCOH HOCF3 HC 0 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking, 4. The following compounds can all...
Please just answer part " b". Please explain your ranking based on inductive, electronegativity,resonance stability, size. For the next problems, your explanation needs to refer to one or more of the following factors: inductive, electronegativity, resonance stability, size 3. The following compounds can all behave as acids: H, COH HOCF3 HCL-OH CH3CH2OH E C. 1 a. For each compound, draw its conjugate base. b. Rank the acids in order of increasing acidity. Explain your ranking,
please answer all the parts The following compounds can all behave as bases: 4. NANH2 NAOH CH3CH2OH CH3CH2NH2 NH2 For each compound, draw its conjugate acid. а. Rank the acids in order of increasing basicity. Explain your ranking. b.
Please solve and explain 1. (6 pts.) Rank the following compounds in order of increasing acidity. Each series should be considered separately. Use resonance and/or inductive effects to explain acidity. For full credit you will need to draw any resonance forms or indicate dipole if it is relevant. Also for each compound draw its conjugate base. Series 1: OH он OH O Series 2: CN 2. (4 pts.) Fill the reactions with the products and circle the favorite side: OH+...
(6 pts total: 2 pts each) Proteins that catalyze chemical reactions in living systems are called enzymes. The basic building blocks of proteins are called amino acids and have the general structure pictured below, left, where R is a substituent containing one of many organic functional groups. Some representative examples of amino acids found in nature are pictured here as well (R groups only) O . CH, HO-C-H H-C-H HẠC-C-CH, CH,SH HNT-CO,H Cysteine Valine Threonine Aspartic Acid An Amino Acid...