This is the equilibrium constant for the reactionin which a solid salt dissolves to give its constituent ions in Chemicalequilibrium constant Solubilityproduct constant Idealgas constant Noneof these
A. This is the equilibrium constant for the reactionin which a solid salt dissolves to give its constituent ions in
-
- Chemicalequilibrium constant
- Solubilityproduct constant
- Idealgas constant
- Noneof these
B. Directprecipitimetry:
-
- Van’tHoff Method
- VolhardMethod
- MohrMethod
- Gay-LussacMethod
C. Molecules which provide a group ofattachments used in
-
- Maskingagents
- Demaskingagents
- Ligands
- Chelatingagents
D. Substances that determine the concentrationof a metal in the presence of another metal
-
- Maskingagents
- Demaskingagents
- Ligands
- Chelatingagents
E. EDTAis an example of a:
-
- Masking agent
- Demaskingagent
- Ligand
- Chelatingagent
For numbersF to H, identify the component of the
- Acid
- Base
- Conjugateacid
- Conjugatebase
F. PO4-3
G. HPO4-2
H. H2O
For numbers I to L, consider the given chemical equation: NH3(aq) + H2O(l) ↔ NH4+(aq) + OH-(aq)
I Thechemical reaction from the given balanced equation follows the:
-
- Arrheniustheory
- Bronsted-Lowry theory
- Lewistheory
- Noneof the above
J Theacid in the given reaction is:
-
- Ammonia
- Water
- Ammonium
- Hydroxide
K. Water,as an amphiprotic substance, acts as the
-
- Acid
- Base
- Neither
- Either
L. Identifythe conjugate base in the reaction.
-
- Ammonia
- Water
- Ammonium
- Hydroxide
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