No they do not. They have low water solubility.
Arrhenius bases produce OH- ions by definition when dissolved in water. A Bronsted - Lowry base can produce OH- ions, but only has to produce a proton accepting group by definition. A Lewis base is defined as an electron donating group, which hydroxide ion is. So, basic compounds do produce OH- ions when dissolved in water, but not in all cases.
no,DissociationWhen ionic compounds dissolve to produce ions the process is typically called dissociation.IonizationWhen molecular compounds dissolve in water to produce ions the process is typically called ionization.
Chloride ions are not molecules, for a start. They are ions. And chlorine molecules are not organic. All organic compounds must have Carbon in them.
Substances that form ions when dissolved in water are electrolytes.
Dissociation.
Arrhenius bases produce OH- ions by definition when dissolved in water. A Bronsted - Lowry base can produce OH- ions, but only has to produce a proton accepting group by definition. A Lewis base is defined as an electron donating group, which hydroxide ion is. So, basic compounds do produce OH- ions when dissolved in water, but not in all cases.
BASES....BASES...Are Compounds That Produce Hydroxide ions (OH-)....
Many salts are also ionic compounds.
no,DissociationWhen ionic compounds dissolve to produce ions the process is typically called dissociation.IonizationWhen molecular compounds dissolve in water to produce ions the process is typically called ionization.
Chloride ions are not molecules, for a start. They are ions. And chlorine molecules are not organic. All organic compounds must have Carbon in them.
Substances that form ions when dissolved in water are electrolytes.
Dissociation.
Ferrous
Because they don't have metallic ions in which transition of electrons is possible.
Salts
A salt
Indicators and neutralization ions