adelorenzo
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Can someone please confirm or correct my calculations here?
I am looking at a 0.1N molar solution of silver nitrate
Molar mass of silver nitrate is 169.87
Therefore a 0.1N solution has 16.987 g of silver per L
So this is what one would call a 1.7% solution of silver nitrate?
Sorry that I cannot answer the question, but I do have another, related question; does anyone know how much silver there is in, say, a roll of 120 color film, or B&W, or slide film?
Or 35 mm for that matter, or 4x5?
I'm trying to figure out how high the price of silver would need to be before it affects the price (and/or the availability) of film.
Just one more note on the relationship between normality and molarity: there factor for conversion between normality and molarity depends on the reaction taking place. Taking sulfuric acid as an example, a 1 molar solution of H2SO4 can be either 1 normal or 2 normal. For example, if the reaction is NaOH + H2SO4 --> Na(+) + HSO4(-) + H2O then the solution is 1 Normal. If the reaction is 2NaH --> 2Na(+) + SO4(2-) + 2H2O then the solution is 2 normal.
Also, normality may refer to a number of different things, such as acid/base chemistry, redox chemistry, etc. Some reagents are capable of taking part in more than one type of reaction. The normality of a solution of reagent may depend on what type of reaction is taking place. For example, a hypothetical compound my be able to donate a single proton for acid/base chemistry, but two electrons in a redox reaction. The normality of the solution will be different for the two types of reaction.
I re-read Alan's post and boy did I misread it. Of course he is correct and I am wrong. Sorry to all and especially to Alan.
PE
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