water undergoes autodissociation at room temperature, forming hydronium and hydroxide ions.
the autodissociation constant of water increases with temperature.
autodissociation plays a crucial role in acid-base chemistry.
the autodissociation process maintains the ionic product of water.
understanding autodissociation helps explain ph measurements.
liquid ammonia also exhibits autodissociation similar to water.
the autodissociation equilibrium constant is temperature-dependent.
autodissociation occurs when molecules spontaneously ionize.
the rate of autodissociation affects conductivity in pure water.
autodissociation constant values are essential for calculating ph.
temperature changes influence the autodissociation of water.
the autodissociation mechanism involves proton transfer between molecules.
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