A chemical equation showing the reaction between citric acid and hydroxide ion is to be written. The citrate salts that would be used to make a buffer with a pH range of 5.5-6.5 is to be listed. The reaction of a buffer system (from part b) with oncoming acid and incoming bas is to be shown. The buffer region involving the salts chosen in b part is to be indicated on the graph that represents a titration curve for citric acid with a strong base. In order to prepare a buffer with pH=6.0, the proper ratio of the concentrations of the two citrate salts (from part b) is to be listed. Along with this, the minimum concentration for each of the two buffer components is to be calculated if the buffer neutralizes at least 0.001 M acetic acid.
A chemical equation showing the reaction between citric acid and hydroxide ion is to be written. The citrate salts that would be used to make a buffer with a pH range of 5.5-6.5 is to be listed. The reaction of a buffer system (from part b) with oncoming acid and incoming bas is to be shown. The buffer region involving the salts chosen in b part is to be indicated on the graph that represents a titration curve for citric acid with a strong base. In order to prepare a buffer with pH=6.0, the proper ratio of the concentrations of the two citrate salts (from part b) is to be listed. Along with this, the minimum concentration for each of the two buffer components is to be calculated if the buffer neutralizes at least 0.001 M acetic acid.
A chemical equation showing the reaction between citric acid and hydroxide ion is to be written.
The citrate salts that would be used to make a buffer with a pH range of 5.5-6.5 is to be listed.
The reaction of a buffer system (from part b) with oncoming acid and incoming bas is to be shown.
The buffer region involving the salts chosen in b part is to be indicated on the graph that represents a titration curve for citric acid with a strong base.
In order to prepare a buffer with pH=6.0, the proper ratio of the concentrations of the two citrate salts (from part b) is to be listed. Along with this, the minimum concentration for each of the two buffer components is to be calculated if the buffer neutralizes at least 0.001 M acetic acid.
Draw the products of the reaction shown below. Use wedge and dash bonds
to indicate stereochemistry. Ignore inorganic byproducts.
OSO4 (cat)
(CH3)3COOH
Select to Draw
ઘ
Calculate the reaction rate for selenious acid, H2SeO3, if 0.1150 M I-1 decreases to 0.0770 M in 12.0 minutes.
H2SeO3(aq) + 6I-1(aq) + 4H+1(aq) ⟶ Se(s) + 2I3-1(aq) + 3H2O(l)
Problem 5-31
Which of the following objects are chiral?
(a) A basketball
(d) A golf club
(b) A fork
(c) A wine glass
(e) A spiral staircase
(f) A snowflake
Problem 5-32
Which of the following compounds are chiral? Draw them, and label the chirality centers.
(a) 2,4-Dimethylheptane
(b) 5-Ethyl-3,3-dimethylheptane
(c) cis-1,4-Dichlorocyclohexane
Problem 5-33
Draw chiral molecules that meet the following descriptions:
(a) A chloroalkane, C5H11Cl
(c) An alkene, C6H12
(b) An alcohol, C6H140
(d) An alkane, C8H18
Problem 5-36
Erythronolide B is the biological precursor of
erythromycin, a broad-spectrum antibiotic. How
H3C
CH3
many chirality centers does erythronolide B have?
OH
Identify them.
H3C
-CH3
OH
Erythronolide B
H3C.
H3C.
OH
OH
CH3
Chapter 17 Solutions
Mastering Chemistry with Pearson eText -- Standalone Access Card -- for Chemistry: A Molecular Approach (4th Edition)
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