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Using the electrochemical series table, ...

Using the electrochemical series table, explain why Cu (I) sulphate does not exist in aqueous solution

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Positive `E^@` value of `2Cu^+ to Cu^(2+)+Cu`
shows that Cu (l) is not stable
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RC MUKHERJEE-ELECTROMOTIVE FORCE -PROBLEMS
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  2. The standard reaction potential of a calomel half cell is 0.28V at 25^...

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  3. What is the potential of a cell containing two hydrogen electrodes, th...

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  4. Copper can reduce zinc ions if the resultant copper ions can be kept a...

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  5. A cell contains two hydrogen electrodes. The negative electrode is in ...

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  6. Given that Fe^(3+)+e leftrightarrow Fe^(2+), E^@=0.77V Fe^(2+)+2e ...

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  7. From the following values of E^@ drawn from the emf series, calculate ...

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  8. The standard electrode potential corresponding to the reduction Cr^(3+...

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  9. What is the potential of a hydrogen electrode at pH=10?

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  10. Calculate the emf of the following cells, find their cells reactions u...

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  11. Calculate the emf of the following cells, find their cells reactions u...

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  12. Calculate the emf of the following cells, find their cells reactions u...

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  13. Neglecting the liquid junction potential, calculate the emf of the fol...

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  14. Calculate the potential of a silver electrode in a saturated solution ...

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  15. Calculate the potential of a cell in which hydrogen electrode is immer...

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  16. A galvanic cell is constructed of two hydrogen electrodes, one immerse...

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  17. Using the electrochemical series table, explain why Cu (I) sulphate do...

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  18. Write the cell reaction and calculate the potential of the cell, Cl2...

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  19. Calculate the standard emf, standard free energy charge and equilibriu...

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  20. What must be the pressure of the fluorine gas to produce a reduction m...

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