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

(3:24)

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

(1:31)

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

(3:1econd)

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)

14.53b | How to calculate the Kb for ClO− from equilibrium concentrations

(4:21)

Acid Base Titration Curves - pH Calculations

(36:49)

Buffer Solutions

(33:21)

pH of Weak Acids and Bases - Percent Ionization - Ka \u0026 Kb

(29:31)

Trick to Find Conjugate Acid and Conjugate Base | Ionic Equilibrium Tricks

(11:5)

14.19c | Calculate the pH and the pOH of 0.000071 M Ba(OH)2

(8:5)

14.70a | Is FeCl3 acidic, basic, or neutral?

(4:11)

14.58c | Calculate the ionization constant for HAsO43− from its conjugate acid

(3:9)

14.61 | Propionic acid, C2H5CO2H (Ka = 1.34 × 10^−5), is used in the manufacture of calcium

(11:24)

How to write the conjugate base from a formula McMurry CH14 Problem 46

(2:44)

14.53d | How to calculate the Ka for C6H5NH3+ from equilibrium concentrations

(5:41)

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

(3:14)

14.54b | How to calculate the Ka for HNO2 from equilibrium concentrations

(5:14)

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

(3:21)

What is the conjugate acid of sulfide (S^2-)?

(1:28)

14.58b | Calculate the ionization constant for (CH3)3NH+ from its conjugate base

(3:33)

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

(3:33)

Week 12 Class 1 Video (Excel)

(45:52)

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

(3:30)

What is the conjugate base of HPO4^2-?

(1:34)

Identify the acid and conjugate base Na2HPO4 + H2CO3 ⟷ NaH2PO4 + NaHCO3

(1:32)

14.38 | Which is the stronger acid, NH4+ or HBrO?

(5:39)

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

(2:55)