(2)HG is a hypothetical weak acid. Given that the pH at the equivalence point for the titration between 0.073 M potassiu
Posted: Mon May 02, 2022 7:50 pm
(2)HG is a hypothetical weak acid. Given that the pH at the
equivalence point for the titration between 0.073 M potassium
hydroxide and 20.0 mL of 0.046 M HG is 10.44, calculate
the base dissociation constant of G-.
(b) 68.1 grams of a titanium complex P were dissolved
in water and its ligand field splitting energy was measured as
59.05 kJ. Calculate the molar mass of P if the complex
absorbs a wavelength of 733 nm.
equivalence point for the titration between 0.073 M potassium
hydroxide and 20.0 mL of 0.046 M HG is 10.44, calculate
the base dissociation constant of G-.
(b) 68.1 grams of a titanium complex P were dissolved
in water and its ligand field splitting energy was measured as
59.05 kJ. Calculate the molar mass of P if the complex
absorbs a wavelength of 733 nm.