The density of `Cu` metal is `8.94 g` per ml. The charge in cou-lombs needed to plate an area `10 cm xx 10 cm` to a thickness of `10^(-2) cm` using `CuSO_(4)` solution as electrolyte is

The density of copper is 8.94 g mL^(-1) . Find out the number of coulombs needed to plate an area 10 xx 10 cm^(2) to a thickness of 10^(-2) cm using CuSO_(4) solution as electrolyte. (At mass of Cu = 63.6)

The density of copper is 8 gm/cc. Number of coulombs required to plate an area of 10 cm x 10 cm on both sides to a thickness of 10^(-2) cm using CuSO_(4) solution as electrolyte is (Atomic weight of Cu - 64g)

The density of copper is "8.94 g mL"^(-1) . Find the charge needed to plate an area of 10xx10cm^(2) to a thickness of 10^(-2)cm using a CuSO_(4) solution as electrolyte (atomic weight of Cu = 63.6 g/mol).

The density of copper is "8.94 g mL"^(-1) . Find the charge needed to plate an area of 10xx10cm^(2) to a thickness of 10^(-2)cm using a CuSO_(4) solution as electrolyte (atomic weight of Cu = 63.6 g/mol).

The density of Cu is 8.94 g cm^(-3) . The quantity of electricity neede to plate an area 10 cm xx 10 cm to a thickenss of 10^(-2) cm using CuSO_4 solution qould be .

The density of copper is 8.95 g mL^(-1) . Find out the number of coulombs needed to plate an area of 100cm^(2) to a thickness of 10^(-2)cm using CuSO_(4) solution as electrolyte. ( Atomic weight of Cu=63.5g)

The density of copper is 8.95 g mL^(-1) . Find out the number of coulombs needed to plate an area of 100cm^(2) to a thickness of 10^(-2)cm using CuSO_(4) solution as electrolyte. ( Atomic weight of Cu=63.5g)

The density of copper is 8.95 g mL^(-1) . Find out the number of coulombs needed to plate an area of 100cm^(2) to a thickness of 10^(-2)cm using CuSO_(4) solution as electrolyte. ( Atomic weight of Cu=63.5g)

The density of copper is 8 gm/cc. Number of coulombs required to plate an area of 10 cm x 10 cm on both sides to a thickness of 10^(-2) cm using Cuso_4 solution as electrolyte is

Find the number coulombs needs to plate 10 cm xx 10 cm area to a 0.1 mm thickness of copper metal (density 8.94 g c c^(-1) ) using aqueous cupric sulphate (At wt. of Cu is 63.5).