Difference between revisions of "Molarity"
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===About Molarity=== | ===About Molarity=== | ||
: [[Molarity]] is shortened with an upper case M. | : [[Molarity]] is shortened with an upper case M. | ||
| + | : When [[molarity]] is used to describe a [[solution]] it may be referred to as '''molar''', eg A 0.5 '''molar''' [[solution]] of [[Sodium Chloride]]. | ||
: Bottles containing [[acid]] and [[alkali]] usually have their [[Molarity]] stated on the side. The more [[concentrated]] the higher the [[molarity]]. | : Bottles containing [[acid]] and [[alkali]] usually have their [[Molarity]] stated on the side. The more [[concentrated]] the higher the [[molarity]]. | ||
: The [[molarity]] of [[Stomach Acid]] is around 0.16M. | : The [[molarity]] of [[Stomach Acid]] is around 0.16M. | ||
: The [[molarity]] of [[Battery Acid]] can be as much as 5.2M. | : The [[molarity]] of [[Battery Acid]] can be as much as 5.2M. | ||
Revision as of 11:44, 5 December 2018
Key Stage 3
Meaning
Molarity is the units of concentration of a solution.
About Molarity
- Molarity is shortened with an upper case M.
- When molarity is used to describe a solution it may be referred to as molar, eg A 0.5 molar solution of Sodium Chloride.
- Bottles containing acid and alkali usually have their Molarity stated on the side. The more concentrated the higher the molarity.
- The molarity of Stomach Acid is around 0.16M.
- The molarity of Battery Acid can be as much as 5.2M.