Anyone can give me ideas of how to find resistance of a liquid

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SUMMARY

The discussion focuses on determining the electrical resistance of copper sulfate solutions. It is established that increasing the concentration of copper sulfate decreases resistance due to reduced water content, which acts as a conductor. The user seeks methods to measure this resistance, considering the use of copper sulfate electrodes in a circuit setup. A reference link to a liquid resistor technology page is provided for further exploration.

PREREQUISITES
  • Understanding of electrical resistance and conductivity principles
  • Familiarity with copper sulfate solution properties
  • Basic knowledge of circuit design and measurement techniques
  • Experience with using electrodes in liquid solutions
NEXT STEPS
  • Research methods for measuring liquid resistance using a multimeter
  • Explore the relationship between concentration and conductivity in electrolytic solutions
  • Learn about the use of potentiometric methods for resistance measurement
  • Investigate the design and application of liquid resistors in electrical circuits
USEFUL FOR

Chemists, electrical engineers, and students studying electrochemistry or circuit design will benefit from this discussion on measuring the resistance of copper sulfate solutions.

kerschel
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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.

trying to get a way to find liquid resistance any methods would be helpful
 
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