`BeF_2` is soluble in water whereas the fluorides of other alkaline earth metals are insoluble because of

Solubility of an ionic compound in water is mainly dependent on: a.Lattice enthalpy , b. Hydration enthalphy Both these factors oppose each other and the resultant of these determines the solubility of an ionic compound in water. If lattce enthalpy has greater value, the compound is less soluble. In case hydration enthalpy has greater value, the compound is highly soluble in water. BeF_(2) is soluble in water while fluorides of other alkaline earth metals are insoluble because of:

Solubility of an ionic compound in water is mainly dependent on: a.Lattice enthalpy , b. Hydration enthalphy Both these factors oppose each other and the resultant of these determines the solubility of an ionic compound in water. If lattce enthalpy has greater value, the compound is less soluble. In case hydration enthalpy has greater value, the compound is highly soluble in water. BeF_(2) is soluble in water while fluorides of other alkaline earth metals are insoluble because of:

BeF_(2) is highly soluble in water whereas the fluorides of other alkaline earth metals are almost insoluble because

Solubility of an ionic compound in water is mainly dependent on A) Lattice enthalpy " " B) Hydration enathalpy Both these factors oppose each other and the resultant of these determines thhe solubility of an ionic compound in water. If lattice enthalpy has greater value, the compound has greater value, the compound is less soluble. In case hydration enthaply has greater value, the compound is highly soluble is water BeF_(2) is soluble in water while fluorides of other alkalie earth metals are isoluble because of

BeF_(2) is highly soluble in water, whereas the fluorides of other alkaline earth metals are almost insoluble because