Need help in how to find the resistance of a liquid

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    Liquid Resistance
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To find the resistance of a copper sulfate solution, it is important to understand that increasing the concentration decreases resistance due to reduced water content, which is a conductor. A common method for measuring resistance involves using electrodes placed in the solution connected to circuit equipment. The discussion highlights the need for clarity on whether an empirical or theoretical approach is preferred for determining resistance. Theoretical calculations can involve using conductivity equations based on concentration and temperature. Understanding these principles is essential for accurately measuring the resistance of the liquid.
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How to find copper sulphate resistance. I know that with the increase on concentration to the solution the resistance will decrease because of less water in it and water is a conductor of electricity but i want to know if there is a method of finding the resistance.


I was thinking to place copper sulphate as electrodes in a solution with circuit equipment on it but it sounds wrong.
 
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Do you want an empirical answer or a theoretical one?
 
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