Home
Class 12
CHEMISTRY
A direct current deposite 54g of silver ...

A direct current deposite 54g of silver (atomic mass = 108) during the electrolysis. The same quantity of electricity would deposit aluminum (atomic mass =27) from aluminium chloride in molten state equal to

A

4.5g

B

5.4g

C

54g

D

2.7g

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Similar Questions

Explore conceptually related problems

A direct current deposits deposits 54 g of silver (Atomic mass = 108) during electrolysis. How much aluminimum (Atomic mass =27) would be deposited from aluminium chloride solution by the same amount of electricity ?

The number of electrons required to deposit 1g equivalent aluminium (At. Wt. =27) from a solution of aluminium chloride will be

The amount of electricity that can deposit 108g of silver from silver nitrate solution is

The quantity of electricity required to deposit 1*15g of sodium from molten NaCl (Na = 23, Cl = 35*5) is

A certain electricity deposited 0.54g of Ag from AgNO_(3) solution what volume of hydrogen will the same quantity of electricity liberate at 27^(@)C and 728mmMg pressure?

Answer the following questions : Calculate the number of coulombs required to deposit 20.25 g of aluminium (at. mass = 27) from a solution containing Al^(+3)

0.02 equivalent of Ag was deposited in an electrolysis experiment. If same quantity of a electricity is passed through a gold solution, 1.314 g of gold is deposited. Find oxidation state of the gold. (Atomic mass of Au = 197)

How much time would be needed to deposite 0.25g of metallic nickel (Atomic mass = 58.5) on a metal object using a current of 1A during electroplating?

A certain quantity of electricity deposits 0.54 g of Ag from silver nitrate solution. What volume of hydrogen will be liberated by the same quantity of electricity at 27^(@)C and 750 mm of Hg pressure ?