Yes,alkalies and bases are the same. An alkali is a soluble salt of an alkali metal like sodium or potassium. Today, the term alkali describes a substance that chemically is a base (the opposite of an acid).
SIC 2812 applies to ALKALIES AND CHLORINE.
Because, "alkali" is basically the term for a base in a liquid form, whereas a base is an alkali in a liquid or gas form so cannot be called an alkali because it is not liquid. A base which is soluble in water is called an alkali. Both react with acids in an identical manner. (Base + Acid --> Salt + Water).
Aluminum hydroxide is a salt, no charge. In solution, it is alkaline.
Carbon is unaffected by aqueous alkalies because it does not react with them under normal conditions. The strong basic nature of alkalies like sodium hydroxide (NaOH) or potassium hydroxide (KOH) is not strong enough to break the strong carbon-carbon bonds in carbon. This makes carbon resistant to corrosion or reaction with alkalies.
An alkali can be obtained from a base by adding water to the base. The resulting solution will have a pH greater than 7, indicating the presence of an alkali. Examples include sodium hydroxide (base) forming sodium hydroxide solution (alkali) when dissolved in water.
Bases have a pH above 7. These are of two types. The one which is soluble is called ALKALIES. The one which are insoluble are called INSOLUBLE BASE. Not all bases are soluble but only some of them are soluble. Eg: Ammonia, Aq. NaOH, etc are alkalies; they are soluble. RS :D
SIC 2812 applies to ALKALIES AND CHLORINE.
Because, "alkali" is basically the term for a base in a liquid form, whereas a base is an alkali in a liquid or gas form so cannot be called an alkali because it is not liquid. A base which is soluble in water is called an alkali. Both react with acids in an identical manner. (Base + Acid --> Salt + Water).
Alkalies are basic substances (pH under 7).
NAICS 325181 applies to Alkalies and Chlorine Manufacturing.
Aluminum hydroxide is a salt, no charge. In solution, it is alkaline.
Carbon is unaffected by aqueous alkalies because it does not react with them under normal conditions. The strong basic nature of alkalies like sodium hydroxide (NaOH) or potassium hydroxide (KOH) is not strong enough to break the strong carbon-carbon bonds in carbon. This makes carbon resistant to corrosion or reaction with alkalies.
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An alkali can be obtained from a base by adding water to the base. The resulting solution will have a pH greater than 7, indicating the presence of an alkali. Examples include sodium hydroxide (base) forming sodium hydroxide solution (alkali) when dissolved in water.
The main acid is phosphoric acid and the fizz is produced by weak carbonic acid. There are no strong alkalies, but there are some alkaloids: the main one being caffeine.
orange juice is an acid
The U.S. Census Bureau reported that the chlorine and alkalies industry employed 4,693 workers in 2001 with a total payroll of $362 million.