If the conductivity of mercury at 0 ° C is 1 . 07 × 10 6   S   m - 1 and the resistance of a cell containing mercury is 0 . 243 Ω , then the cell constant of the cell is x × 10 4   m - 1 . The value of x is ______ . (Nearest integer)

Question

If the conductivity of mercury at 0 &#176; C is 1 . 07 &#215; 10 6 &#160; S &#160; m - 1 and the resistance of a cell containing mercury is 0 . 243 &#937; , then the cell constant of the cell is x &#215; 10 4 &#160; m - 1 . The value of x is ______ . (Nearest integer)

Aicharya · Accepted Answer

k = 1 . 07 &#215; 10 6 Sm - 1 , &#160; R = 0 . 243 &#937; G = 1 R = 1 0 . 243 &#937; - 1 k = G &#215; G * G * = k G = 1 . 07 &#215; 10 6 1 0 . 243 = 26 &#215; 10 4 &#160; m - 1

If the conductivity of mercury at 0 ° C is 1 . 07 × 10 6   S   m - 1 and the resistance…

Solution

If the conductivity of mercury at 0 &#176; C is 1 . 07 &#215; 10 6 &#160; S &#160; m - 1 and the resistance…

Solution

If the conductivity of mercury at 0 ° C is 1 . 07 × 10 6 S m - 1 and the resistance…