a substance is dissolved in water and produces hydronium ions. this occurs when hydrogen ions move from the…

a substance is dissolved in water and produces hydronium ions. this occurs when hydrogen ions move from the substance to associate with water molecules. which term best matches the behavior of this substance?\no arrhenius base\no arrhenius acid\no bronsted - lowry base\no bronsted - lowry acid

a substance is dissolved in water and produces hydronium ions. this occurs when hydrogen ions move from the substance to associate with water molecules. which term best matches the behavior of this substance?\no arrhenius base\no arrhenius acid\no bronsted - lowry base\no bronsted - lowry acid

Answer

Brief Explanations:

An Arrhenius acid is a substance that, when dissolved in water, produces hydrogen ions ($H^+$) which associate with water molecules to form hydronium ions ($H_3O^+$). A Brønsted - Lowry acid is a proton donor, and in this case the substance donates protons (hydrogen ions) to water. An Arrhenius base produces hydroxide ions in water, and a Brønsted - Lowry base is a proton acceptor. Since the substance donates hydrogen ions to water to form hydronium ions, it is an Arrhenius acid and also a Brønsted - Lowry acid. But considering the description of producing hydronium ions directly related to Arrhenius acid concept.

Answer:

Arrhenius acid