pOH
pOH, the potential of hydroxide ions, is a numeric scale used to specify the acidity or basicity of an aqueous solution.
pH equals the base 10 logarithm of the OH- concentration.
Formula
![Copy to Clipboard QuantityVariable["pOH", "Unitless"] == -(Log[Quantity[1, "Liters"/"Moles"]*QuantityVariable[Row[{"[", Superscript["OH", "-"], "]"}], "Molarity"]]/Log[10])](https://www.wolframcloud.com/objects/resourcesystem/marketplacestorage/resources/fb1/fb1cad7a-3f73-4d93-b099-86c663ff3804/Webpage/FormulaImage.png)
| symbol | description | physical quantity | 
|---|---|---|
| pOH | pOH | "Unitless" | 
| [OH-] | hydroxide ion concentration | "Molarity" | 
Forms
Examples
Get the resource:
| In[1]:= | ![ResourceObject["pOH"]](images/fb1/fb1cad7a-3f73-4d93-b099-86c663ff3804-io-1-i.en.gif) | 
| Out[1]= |  | 
Get the formula:
| In[2]:= | ![FormulaData[ResourceObject["pOH"]]](images/fb1/fb1cad7a-3f73-4d93-b099-86c663ff3804-io-2-i.en.gif) | 
| Out[2]= |  | 
Use some values:
| In[3]:= | ![FormulaData[
 ResourceObject[
  "pOH"], {QuantityVariable[
   Row[{"[", Row[{"OH", "-"}], "]"}],"Molarity"] -> 
   Quantity[0.1`, ("Moles")/("Liters")]}]](images/fb1/fb1cad7a-3f73-4d93-b099-86c663ff3804-io-3-i.en.gif) | 
| Out[3]= |  | 
 
                 
                