For how much time $$4.8$$ ampere current should be passed through $$100ml$$ $$0.025M$$ $$Ag{NO}_{3}$$ solution during the electrolysis so that $$Ag$$ is completely deposited?

Open in App

Solution

Verified by Toppr

Was this answer helpful?

Similar Questions

For how much time 48 ampere current should be passed through 400ml 0.04M Ag NO₃ solution during electrolysis so that Ag is completely deposited?

View Solution

For how much time 48 ampere current should be passed through 400 nil

{A g N O}_{3}

solution during electrolysis so. that Ag is completely deposited?

View Solution

For complete deposition of Ag during electrolysis of 250 ml 0.04 M

A g N O_{3}

1.8 ampere current, should be passed or how much time? (Atomic mass of

A g N O_{3}

=108 gram

m o l^{- 1}

)

View Solution

For how much time,

10

ampere electric current should be passed through a dilute aqueous

N i {S O}_{4}

solution during electrolysis using inert electrode, in order to get

5.85 g

of Nickel?

[At. weight of

N i = 58.5 g m

]

View Solution

A current of

0.5

ampere when passed through

A g {N O}_{3}

solution for

193

seconds deposited

0.108 g

A g

. The equivalent weight of

A g

is:

View Solution