Each of the two platinum electrodes having area 64mm 2 of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10 −3 M KCl solution at 298 K is 1250 ohm. Calcualte: 1. Cell constant 2. Conductivity and 3. Molar conductivity

Question

Each of the two platinum electrodes having area 64mm 2 ​of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10 −3 M KCl solution at 298 K is 1250 ohm. Calcualte: 1. Cell constant 2. Conductivity and 3. Molar conductivity

Arun · Answer

Dear student Cell constant = l/A Conductivity = l/RA Put the valiws and you will get the answers Regards Arun

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Each of the two platinum electrodes having area 64mm 2 of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10 −3 M KCl solution at 298 K is 1250 ohm. Calcualte: 1. Cell constant 2. Conductivity and 3. Molar conductivity

Each of the two platinum electrodes having area 64mm²of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10⁻³ M KCl solution at 298 K is 1250 ohm. Calcualte:
1. Cell constant
2. Conductivity and
3. Molar conductivity

1 Answers

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Each of the two platinum electrodes having area 64mm 2 ​of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10 −3 M KCl solution at 298 K is 1250 ohm. Calcualte: 1. Cell constant 2. Conductivity and 3. Molar conductivity

Each of the two platinum electrodes having area 64mm2 ​of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10−3 M KCl solution at 298 K is 1250 ohm. Calcualte:1. Cell constant2. Conductivity and3. Molar conductivity

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Each of the two platinum electrodes having area 64mm 2 of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10 −3 M KCl solution at 298 K is 1250 ohm. Calcualte: 1. Cell constant 2. Conductivity and 3. Molar conductivity

Each of the two platinum electrodes having area 64mm²of a conductivity cell are separated by 8 mm. The resistance of the cell containing 7.5×10⁻³ M KCl solution at 298 K is 1250 ohm. Calcualte:
1. Cell constant
2. Conductivity and
3. Molar conductivity