A conductance cell was calibrated by filling it with a 0.02 mol L¹ solution of potassium chloride (K = 0.2768 nm) and measuring the resistance at 25° C, which was found to be 457.3. The cell was then filled with a calcium chloride solution containing 0.555 g of CaCl₂ per liter. the measured resistance was 1050 ). calculate( a-) the cell constant for the cell, and (b-) the conductivity of the CaCl₂ solution. K = G₁ C
A conductance cell was calibrated by filling it with a 0.02 mol L¹ solution of potassium chloride (K = 0.2768 nm) and measuring the resistance at 25° C, which was found to be 457.3. The cell was then filled with a calcium chloride solution containing 0.555 g of CaCl₂ per liter. the measured resistance was 1050 ). calculate( a-) the cell constant for the cell, and (b-) the conductivity of the CaCl₂ solution. K = G₁ C
Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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![A conductance cell was calibrated by filling it with a 0.02 mol L¹ solution of potassium
chloride (K = 0.2768 nm) and measuring the resistance at 25° C, which was found to be
457.3. The cell was then filled with a calcium chloride solution containing 0.555 g of CaCl₂
per liter. the measured resistance was 1050 ). calculate( a-) the cell constant for the cell,
and (b-) the conductivity of the CaCl₂ solution.
C
K = G; C
2.9268
C
k تو](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F694f4f8e-b725-4c6a-a112-03c63caacd41%2Fdd9b5dc6-2c15-4c7a-850d-8b61f741ff5d%2Fv13oowh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A conductance cell was calibrated by filling it with a 0.02 mol L¹ solution of potassium
chloride (K = 0.2768 nm) and measuring the resistance at 25° C, which was found to be
457.3. The cell was then filled with a calcium chloride solution containing 0.555 g of CaCl₂
per liter. the measured resistance was 1050 ). calculate( a-) the cell constant for the cell,
and (b-) the conductivity of the CaCl₂ solution.
C
K = G; C
2.9268
C
k تو
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