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H2o--------oh- + h+
2 h2o-----------------oh- + h3o+
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What type of solution creates OH minus ions?
Bases release OH- ions in water.
What type of ions do bases release in solution?
Hydroxide (OH-) ion
How might ions affect the flavor of water?
This depends on the type of ions; for example the sulfide ions have a disagreeable odor.
What type of substance produces hydroxide ions in water?
semen
What type of compounds can be electrolysed?
Any compound which can disassociate into ions in solution is an electrolyte. These are most commonly water soluble salts, acids, and bases.
What type of solution creates OH minus ions?
Bases release OH- ions in water.
What type of ions do acids have more of while bases have very few of these types of ions?
Acids releases in water ion H+.
What type of ions do bases release in solution?
Hydroxide (OH-) ion
What type of ions do base produce in water?
Hydroxide ions (OH-)
What type of substances can make th pH of water change?
Both acids and bases.
How might ions affect the flavor of water?
This depends on the type of ions; for example the sulfide ions have a disagreeable odor.
What type of substance produces hydroxide ions in water?
semen
What type of metal will be best to use when making a bridge in salt water?
It may be potassium or ammonium ions And chloride or nitrite ions that have similar mobility in solution
When copper sulfate ions are placed in water what type of movement of the ions will result in uniform distribution?
wieners are the best
What type of compounds can be electrolysed?
Any compound which can disassociate into ions in solution is an electrolyte. These are most commonly water soluble salts, acids, and bases.
What type of ion is formed when acids are mixed with water?
Hydrogen ions
Which type of chemical substance lowers the H concentration in a solution?
A base or alkaline substance lowers the H (hydrogen ion) concentration in a solution. Bases can accept or remove hydrogen ions from the solution, increasing the concentration of OH- ions and thereby reducing the concentration of H+ ions. Examples of bases include sodium hydroxide (NaOH) and ammonia (NH3).
