The boundary equivalent conductivity of the 0.1 M electrolyte with a resistance of 0.33 ohms was determined as 320 Scm-2mol-1 and the conductivity ratio was determined as 0.55. According to this information, the electrolyte; a) Equivalent conductivity b) Self conductivity b) Find the cell constant of the electrode used
The boundary equivalent conductivity of the 0.1 M electrolyte with a resistance of 0.33 ohms was determined as 320 Scm-2mol-1 and the conductivity ratio was determined as 0.55. According to this information, the electrolyte; a) Equivalent conductivity b) Self conductivity b) Find the cell constant of the electrode used
Chapter4: Least-squares And Calibration Methods
Section: Chapter Questions
Problem 5P
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The boundary equivalent conductivity of the 0.1 M electrolyte with a resistance of 0.33 ohms was determined as 320 Scm-2mol-1 and the conductivity ratio was determined as 0.55. According to this information, the electrolyte;
a) Equivalent conductivity
b) Self conductivity
b) Find the cell constant of the electrode used.
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