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Determine which species is more abundant at pH 10? The pka value of alpha-NH3t is 9.4...
Determine which species is more abundant at pH 10? The pKa value
of alpha-NH3+ is 9.4
Determine which species is more abundant at pH 10? The pka value of alpha-NHgt is 9.4 O: ö: :O O NH, -NH NH2 -NH The product is 4 times more abundant than the reactant The product is 0.6 times more abundant than the reactant The reactant is 4 times more abundant than the product The reactant is 0.6 times more abundant than the product
If one adds 0.1 mol of the weak acid HF (pKa = 32) to a solution with a pH = 7, which species would be most abundant and how much more abundant under such conditions? O A HF and 1585 times more abundant than F- O B F -and 6310 times more abundant than HF O C HF and 6310 times more abundant than F- O D F and 1585 times more abundant than HF Unanswered Submit
Question 17 (4 points) What is the correct structure of histidine at pH 1? The pKa values are 1.8 (carboxylic acid). 9.2 (amine (conjugate acid)), and 6.0 (sidechain, the double bonded N in ring)? OH NH H2 СНС NH С NH H2 CHC 뿔 NH OH H2 NH CH-C NH2 ON 0 NH 42 CH-C NH3
Question 15 (4 points) What is the correct structure of histidine at pH 1? The pKa values are 1.8 (carboxylic acid), 9.2 (amine (conjugate acid)), and 6.0 (sidechain, the double bonded N in ring)? OH OC H2 NH CH NH, NH CH NH o NH CHC NH ON OH С NH H2 CH-C NH2 Question 16 (4 points) Which one is the major product of the following reaction sequence? NH2 1. excess CH31 2. Ag,0,H,O heat M my
it's a bio-chem problem.
"I have attached a titration of a mock amino acid with OH-. I
have labeled the different charge states of the amino acid as I,
II, III, IV. I have labeled different points on the titration curve
as A, B,...G. I want you to tell me which form(s) of the species
I,II,III,IV predominates (is present at greatest concentration) at
each of the lettered points on the curve. I would also like you to
calculate the PI...
I have attached a titration of a mock amino acid with OH-. I
have labeled the different charge states of the amino acid as I,
II, III, IV. I have labeled different points on the titration curve
as A, B, ....G. I want you to tell me which form(s) of the species
I, II, III or IV predominates (is present at greatest
concentration) at each of the lettered points on the curve. I would
also like you to calculate the...
it's a bio-chem problem.
"I have attached a titration of a mock amino acid with OH-. I
have labeled the different charge states of the amino acid as I,
II, III, IV. I have labeled different points on the titration curve
as A, B,...G. I want you to tell me which form(s) of the species
I,II,III,IV predominates (is present at greatest concentration) at
each of the lettered points on the curve. I would also like you to
calculate the PI...
1. 2,6-dichloroindophenol has a pKa value of 5.9 and is 10,000 times more acidic than phenol (pKa = 10). Draw resonance structures for the conjugate base of 2,6-dichloroindophenol and use them to explain the differences in pKa values.
please show work and explain
I have attached a titration of a mock amino acid with OH-. I have labeled the different charge states of the amino acid as I, II, III, IV. I have labeled different points on the titration curve as A, B, ....G. I want you to tell me which form(s) of the species I, II, III or IV predominates (is present at greatest concentration) at each of the lettered points on the curve. I would also...
Can you please show math, formulas and explain. 1. If the pH of a solution is 7.5, what is the pOH? pH = - log[H+] [H+][OH-] = 1.0 x 10-14 M2 2. Given the Ka values for two acids, determine the pKas and which is a stronger acid. Ka1 = 1.38 × 10–7 Ka2 = 1.70 × 10–4 3. The pH of a sample of blood is 7.4, while gastric juice is pH 2.4. The blood sample has: A) one...