Assuming that the dissociation products are of equal concentration classify the solution with the following hydrogen ion concentration: (H+] = 2.45 x 10-12 M. A. Acid B. Base C. Neutral D. Inconclusive If the pH of a solution is 6.6, determine the molar concentration of hydroxide ions in the solution. A. 3.98 x 10 M B. 2.51 x 10 M C. 1.00 x 10 M D. 3.16 x 104 M Calculate the pH of a buffer solution that is containing 3.7x10 mol of ammonium chloride and 4.8x10 mol of ammonia in 1 liter of solution. (pK 4.74) A. 4.63 B. 9.14 C. 9.37 D. 4.85

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Assuming that the dissociation products are of equal concentration classify the solution with the following hydrogen ion
concentration: (H+] = 2.45 x 10-12 M.
А. Acid
В. Вase
C. Neutral
D. Inconclusive
If the pH of a solution is 6.6, determine the molar concentration of hydroxide ions in the solution.
A. 3.98 x 10 M
B. 2.51 x 10 M
C. 1.00 x 10 M
D. 3.16 x 10 M
Calculate the pH of a buffer solution that is containing 3.7x10 mol of ammonium chloride and 4.8x10 mol of ammonia
in 1 liter of solution. (pKs=4.74)
A. 4.63
В. 9.14
С. 9.37
D. 4.85
Calculate the concentration of hydrogen ions in a solution that contains 0.1 M of acetic acid and 0.2 M of NaC 2H302
(K. acetic acid= 1.8 x 10 5)
A. 1.1 x 10' M
B. 9x 10 M
С. 3.6 х 10° м
D. 9x 10 M
Transcribed Image Text:Assuming that the dissociation products are of equal concentration classify the solution with the following hydrogen ion concentration: (H+] = 2.45 x 10-12 M. А. Acid В. Вase C. Neutral D. Inconclusive If the pH of a solution is 6.6, determine the molar concentration of hydroxide ions in the solution. A. 3.98 x 10 M B. 2.51 x 10 M C. 1.00 x 10 M D. 3.16 x 10 M Calculate the pH of a buffer solution that is containing 3.7x10 mol of ammonium chloride and 4.8x10 mol of ammonia in 1 liter of solution. (pKs=4.74) A. 4.63 В. 9.14 С. 9.37 D. 4.85 Calculate the concentration of hydrogen ions in a solution that contains 0.1 M of acetic acid and 0.2 M of NaC 2H302 (K. acetic acid= 1.8 x 10 5) A. 1.1 x 10' M B. 9x 10 M С. 3.6 х 10° м D. 9x 10 M
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