Identify all correct statements about the ionization of water. Check all that apply. Water ionizes to...

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Identify all correct statements about the ionization of water. Check all that apply. Water ionizes to form hydroxide and hydronium ions. Dissociation of water produces equal numbers of OH* and H+. Dissociation of water produces equal masses of OH" and H+. Dissociation of water is not reversible. Water ionizes to form peroxide and hydronium ions. Dissociation of water is reversible. covalent hydrogen ionic surface tension adhesion cohesion temperature 1. Chapter 3 Question 12 Water molecules stay close to each other as a result of existence of Collectively, bonds. bonds hold the substance together, this phenomenon is called . The clinging of one substance to another, which is called , also plays a role. In this way, of water through bonds to the molecules, which comprise the villi on the cat's tongue, helps counter the downward pull of gravity. As a result, such a phenomenon as helps drops of water stay whole and attached to each other. At the same time, allows drops to be transported against gravity. Identify all correct statements about the ionization of water. Check all that apply. Water ionizes to form hydroxide and hydronium ions. Dissociation of water produces equal numbers of OH* and H+. Dissociation of water produces equal masses of OH" and H+. Dissociation of water is not reversible. Water ionizes to form peroxide and hydronium ions. Dissociation of water is reversible. covalent hydrogen ionic surface tension adhesion cohesion temperature 1. Chapter 3 Question 12 Water molecules stay close to each other as a result of existence of Collectively, bonds. bonds hold the substance together, this phenomenon is called . The clinging of one substance to another, which is called , also plays a role. In this way, of water through bonds to the molecules, which comprise the villi on the cat's tongue, helps counter the downward pull of gravity. As a result, such a phenomenon as helps drops of water stay whole and attached to each other. At the same time, allows drops to be transported against gravity.