Concentration for reactants: KMnO4+Sugar+NaOH

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The discussion focuses on the reaction rate of KMnO4 (potassium permanganate) with sucrose (C12H22O11) and NaOH (sodium hydroxide) as influenced by varying concentrations. Participants emphasize the importance of defining the type of sugar used and suggest starting concentrations of 0.01M, 0.1M, and 1M for effective experimentation. The conversation highlights the necessity of conducting preliminary research or trials to determine optimal reagent concentrations for the reaction.

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I am given a topic: rate of reaction affected by change in concentration.
We have to design a lab - come up with reactions and write a procedure
KMnO4+Sugar+NaOH
How much KMnO4 should I put in the mixture of Sugar and NaOH.
And how much Sugar and NaOH should I start of with
I am going to dilute the sugar with water -- changing the concentration of sugar?

Thank you very much.
 
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The idea of using different concentrations is right. Assuming this is a reaction between sugar (note: sugar is a very broad category, hard to tell what do you really mean: glucose? sucrose? starch?) and permanganate you can vary concentration of either reagent.

But first you need to defining the "sugar" thing and finding out the reaction.
 
Borek said:
The idea of using different concentrations is right. Assuming this is a reaction between sugar (note: sugar is a very broad category, hard to tell what do you really mean: glucose? sucrose? starch?) and permanganate you can vary concentration of either reagent.

But first you need to defining the "sugar" thing and finding out the reaction.

sorry = C12H22O11.
Want to know the initial concentration of the reaction please help
 
This formula is still not unique, but let's say you mean sucrose.

Concentrations... This is not something that can be told out of nothing. You either have to google for similar experiments, or try several different concentrations to see which works best. I would start with 0.01M, 0.1M, 1M, as they are easy to prepare by dilution and cover reasonable range.
 

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