Question

If x electrons are needed to displace 108g silver from a solutions which contains Ag+ ions, how many electrons are needed to displace 9g of aluminium from a solutions which contain Al3+ ions?

Accepted Answer

Ag+ + e = Ag

Explanation :

Eag = atomic mass /1 = 108g

No. Of faradays = Wag/ Eag

= 108g / 108g

= 1 Faraday

1 FARADAY OF CHARGE DISCHARGES E GRAM OF AN ION, WHERE E IS THE
EQUIVALENT WEIGHT. FOR SILVER, THE VALUE OF E IS 108 G. 
THUS, THE AMOUNT OF ELECTRICITY THAT CAN DEPOSIT 108 G OF SILVER
FORM AGNO3​ SOLUTION IS ONE FARADAY.

Question #149722

Expert's answer

1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight. For silver, the value of E is 108 g.
Thus, the amount of electricity that can deposit 108 g of silver form AgNO3 solution is one Faraday.

Question #149722

Expert's answer

1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight. For silver, the value of E is 108 g. Thus, the amount of electricity that can deposit 108 g of silver form AgNO3​ solution is one Faraday.

1 Faraday of charge discharges E gram of an ion, where E is the equivalent weight. For silver, the value of E is 108 g.
Thus, the amount of electricity that can deposit 108 g of silver form AgNO3 solution is one Faraday.