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0.35 mole of electron was passed through...

0.35 mole of electron was passed through `AgNO_3` solution. Calculate amount of Ag metal deposited at the cathode.

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USHA PUBLICATION-ELECTRO CHEMISTRY -EXERCISE
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  2. How long a current of 2A is to be applied through a solution of AgNO3 ...

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  3. 0.35 mole of electron was passed through AgNO3 solution. Calculate amo...

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  4. What weight of silver will be deposited by the same quantity of electr...

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  5. Find the quantity of electricity needed to plate a metal of 100 cm^2 a...

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  6. The specific conductance of a 0.01N solution of CH3COOH is 0.000158 oh...

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  7. How many moles of ‘Al’ can be deposited by the electrolysis of molten ...

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  8. Calculate the emf of the cell in which the following reaction takes pl...

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  9. A cell is set up between ‘Zn’ and ‘Cu’ electrode. If the two half cell...

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  10. The equivalent conductance of 0.001N KCl solutin is 147 ohm^-1cm^2gm e...

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  11. Find the quantity of charge required for the decomposition of 3.6 g wa...

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  13. At a certain temperature the specific conductance of 0.40M KCl solutio...

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  14. During electrolysis of ZnSO4 solution 6.023xx10^20 electrons flew thro...

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  15. The specific conductance of a 0.12N solution of an electrolyte is 2.4x...

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  16. The specific conductance of a solution is 0.356 ohm^-1 cm^-1. The cond...

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  17. A current of 4 amper is passed through AgNO3 solution for 30 min, whic...

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  18. What volume of Cl2 is liberated at NTP by the electrolysis of molten N...

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  19. If E^@(Zn//Zn^(2+))=+0.76V, E^@ (Ag^+//Ag) =+0.80V , find the emf of t...

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  20. 0.296 gm of a bivalent metal was deposited by the passage of 0.54 curr...

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