hydroxide

Do not take aluminum hydroxide for longer than 2 weeks without your doctor's advice.

Potassium hydroxide can be used, but it is more expensive.

Numerous other uses can be found in the articles on individual hydroxides.

It corrodes in the presence of water to make the hydroxide.

They will form hydroxides with the water while releasing some hydrogen gas.

Calcium hydroxide is used in many applications, including food preparation.

Avoid taking other medications at the same time you take aluminum hydroxide.

There may be other drugs that can interact with aluminum hydroxide.

It reacts with water and makes a strong base, calcium hydroxide.

It is a strong base, even stronger than the hydroxide ion.

A solution of cold sodium hydroxide may be used to destroy it.

Take for instance the dissolution of sodium hydroxide in water.

As to your questions: The precipitate you saw was aluminum hydroxide.

Only a small amount of sodium hydroxide is required to give a very noticeable change.

As a result, it is inert to acids and hydroxides.

Sodium hydroxide is the principal strong base used in the chemical industry.

Sodium hydroxide, a strong base, is responsible for most of these applications.

Sodium hydroxide is reformed at the end of the preparation.

Lime is much more effective for this purpose than sodium hydroxide.

It is made by reaction of some sodium hydroxide with phosphorus.

For example, fire or sodium hydroxide can be used to learn what metals are in the compound.

Aluminum hydroxide is usually taken between meals or at bedtime.

The liquor form this step is enriched in sodium hydroxide.

A dilute solution of calcium hydroxide in water is also clear.

Potassium hydroxide cells also have better performance at lower temperatures.