The distance between two electrodes of a cell is `2.5cm` and area of each electrode is `5cm^(2)` the cell constant (in `cm^(-1)`) is

The conductance of 0.0015 M aqueous solution of a weak monobasic acid was determined by using a conductivity cell consisting of platinized Pt electrodes. The distance between the electrodes is 120 cm with an area of cross-section of 1 cm^(2) . The conductance of this solution was found to be 5xx10^(-7) S . The pH of the solution is 4. Calculate the value of limiting molar conductivity.

What is the distance between two parallel tangents to a circle of radius 5 cm?

The resistance of 0.5M solution of an electrolyte in a cell was found to be 50 Omega . If the electrodes in the cell are 2.2 cm apart and have an area of 4.4 cm^(2) then the molar conductivity (in S m^(2) mol^(-1)) of the solution is

The two Pt electrodes fitted in a conductance cell are 1.5 cm apart while the cross - sectional area of each electrode is 0.75cm . What is the cell constant?

The two Pt electrodes fitted in a conductance cell are 1.5 cm apart while the cross - sectional area of each electrode is 0.75cm . What is the cell constant?

When a solution having conductivity 1.342 xx 10^(-2)" ohm"^(-1) cm^(-1) was placed in a cell with parallel electrodes, the resistance was found to be 170.5 ohms. If the area of the electrodes is 1.86 sq. cm., find the cell constant and the distance apart of the electrodes.

0.5N solution of a salt placed between two Pt electrodes 2.0 cm apart and having area of cross-section 2.5 cm^(2) has resistance of 25 ohms. Calculate the conductance and cell constant.

The resistance of a (N)/(10)KCl aqueous solution is 2450Omega . If the electrodes in the cell are 4cm apart abd area having 7 cm^(2) each, the molar conductance of the solution will be

The difference between the electrode potentials of two electrodes when no current is drawn through the cell is called: (a) Cell potential (b) Cell emf (c) Potential difference (d) Cell voltage

The conductance of a salt solution (AB) measured by two parallel electodes of area 100 cm^2 separated by 10cm was found to be 0.0001Omega^(-1) . If volume enclosed between two electrode contain 0.1 mole of salt, what is the molar conductivity (Scm^2mol^(-1)) of salt at same concentration: