The strong acid has a weak bond to its acidic proton, whereas a weak acid has a strong bond to its acidic proton has to be explained. Concept introduction: Increasing acid strength: Acids strength is mainly depending on the dissociation of ions, strong acids dissociates completely and weak acid dissociate slightly. The hydrohalic acids are strong acids ( HCl, HBr, and HI ) other than ( HF ). The acid strength is increases across a period, the acid strength is increases down a group. Electronegativity: It is the ability of atom to attract a lone pair of electrons towards itself in a substrate. Electronegativity property follows the trend that it increases across the periods and decreases down the column in the periodic table.
The strong acid has a weak bond to its acidic proton, whereas a weak acid has a strong bond to its acidic proton has to be explained. Concept introduction: Increasing acid strength: Acids strength is mainly depending on the dissociation of ions, strong acids dissociates completely and weak acid dissociate slightly. The hydrohalic acids are strong acids ( HCl, HBr, and HI ) other than ( HF ). The acid strength is increases across a period, the acid strength is increases down a group. Electronegativity: It is the ability of atom to attract a lone pair of electrons towards itself in a substrate. Electronegativity property follows the trend that it increases across the periods and decreases down the column in the periodic table.
The strong acid has a weak bond to its acidic proton, whereas a weak acid has a strong bond to its acidic proton has to be explained.
Concept introduction:
Increasing acid strength:
Acids strength is mainly depending on the dissociation of ions, strong acids dissociates completely and weak acid dissociate slightly.
The hydrohalic acids are strong acids (HCl, HBr, and HI) other than (HF).
The acid strength is increases across a period, the acid strength is increases down a group.
Electronegativity:
It is the ability of atom to attract a lone pair of electrons towards itself in a substrate. Electronegativity property follows the trend that it increases across the periods and decreases down the column in the periodic table.
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