Same quantity of electricity is being used to liberate iodine (at anode) and a metal x (at cathode). The mass of x deposited is 0.6 g and the iodine is completely reduced by 50 cc of 0.1M sodium thiosulphate. Find the equivalent mass of x.

120

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Solution

The correct option is A
120

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Similar questions

Same quantity of electricity is being used to liberate iodine (at anode) and a metal x (at cathode). The mass of x deposited is 0.6 g and the iodine is completely reduced by 50 cc of 0.1M sodium thiosulphate. Find the equivalent mass of x.

Q. Same quantity of electricity is being used to liberate iodine (at anode) and a metal x (at cathode). The mass of x liberated is

0.617

g and the iodine liberated is completely reduced by

46.3

cc of

0.124

M sodium thiosulphate. Find the equivalent mass of metal x.

Same quantity of electricity being used to liberate iodine (at anode) and a metal (at cathode). The mass of metal liberated at cathode is 0.617 g and the liberated iodine completely reduced by 46.3 ml of 0.124 M sodium thiosulphate solution. What is equivalent weight of metal?