14.57f | Calculate the ionization constant for HC2O4− from its conjugate acid

(3:1econd)

14.57f | Calculate the ionization constant for HC2O4− from its conjugate acid

(2:11)

14.57e | Calculate the ionization constant for NO2− from its conjugate acid

(3:43)

14.57c | Calculate the ionization constant for AsO43− from its conjugate acid

(4:9)

14.57b | Calculate the ionization constant for NH4+ from its conjugate base

(3:24)

14.58f | Calculate the ionization constant for HSO3− from its conjugate acid

(3:30)

14.94b | Calculate the pH when 20 mL of 0.100 M KOH solution is added to 40 mL (0.040 L) of 0.100 M

(12:39)

SOAL-SOAL : Cara Menentukan Asam-Basa Bronsted-Lowry dan Asam Konjugasi | Q\u0026A

(3:50)

14.57a | Calculate the ionization constant for F- from its conjugate acid

(3:14)

14.94d | Calculate the pH when 40 mL of 0.100 M KOH solution is added to 40 mL (0.040 L) of 0.100 M

(21:42)

14.74 | Calculate the concentration of each species present in a 0.010-M solution of phthalic acid

(27:6)

14.5b | Determine Ka for hydrogen sulfate ion, HSO4 −. In a 0.10-M solution the acid is 29% ionized.

(10:43)

14.58e | Calculate the ionization constant for C6H5NH3+ from its conjugate base

(3:33)

14.54a | How to calculate the Kb for NH3 from equilibrium concentrations

(5:26)

14.65 | The pH of a 0.23-M solution of HF is 1.92. Determine Ka for HF from these data.

(7:51)

14.77 | Explain why a buffer can be prepared from a mixture of NH4Cl and NaOH but not from NH3 and

(6:56)

18a: Bronsted acids and bases

(3:49)

14.57d | Calculate the ionization constant for (CH3)2NH2+ from its conjugate base

(3:21)

For which of the following solution must we consider the ionisation of water when calculating the

(4:59)

What is the conjugate base of HC2O4-?

(1:49)

Ch 14 Diprotic/Polyprotic Acid Guided Notes

(17:32)

14.44 | Both HF and HCN ionize in water to a limited extent. Which of the conjugate bases, F− or CN−

(3:6)

14.51b | What is the effect on the concentration of hydrofluoric acid, hydronium ion, and fluoride

(2:55)

14.43d | Rank the compounds in order of increasing acidity: HOCl, HOClO, HOClO2, HOClO3

(4:46)

14.51e | What is the effect on the concentration of hydrofluoric acid, hydronium ion, and fluoride

(2:17)

14.58a | Calculate the ionization constant for HTe− from its conjugate acid

(3:18)

14.68 | The pH of a solution of household ammonia, a 0.950 M solution of NH3, is 11.612. Determine

(11:13)

14.60d | Calculate the concentration of all solute species in 0.11 M (CH3)3N

(11:43)