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From the electrochemical series, Cu can ...

From the electrochemical series, Cu can displace Ag from silver nitrate solution
Write Nernst equation for the above cell reaction

Text Solution

Verified by Experts

Cell reaction is `Cu(s)+Ag(aq)to Cu^(2+)(aq)+2Ag(s)`
`therefore `Nernst equation can be written as
`E(cell)=E_(cell)^@-(2.303RT)/(nF)log[[Cu^(2+)]]/[Ag^+]^2`OR `E(cell)=E_(cell)^@-0.059/2log[[Cu^(2+)]]/[Ag^+]^2`at 298 K
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A N EXCEL PUBLICATION-ELECTROCHEMISTRY-QUESTION BANK
  1. From the electrochemical series, Cu can displace Ag from silver nitrat...

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  2. From the electrochemical series, Cu can displace Ag from silver nitrat...

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  3. From the electrochemical series, Cu can displace Ag from silver nitrat...

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  4. State the Faraday's laws of electrolysis

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  5. In a classroom, the teacher has explained the quantitative aspects of ...

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  6. In a classroom, the teacher has explained the quantitative aspects of ...

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  7. The limiting molar conductivity of an electrolyte is obtained by addin...

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  8. The limiting molar conductivity of an electrolyte is obtained by addin...

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  9. Explain how conductivity measurements help to determine the ionisation...

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  10. The limiting molar conductivity of an electrolyte is obtained by addin...

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  11. The Standard electrode potentials of some electrodes are given below: ...

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  12. The Standard electrode potentials of some electrodes are given below: ...

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  13. The Standard electrode potentials of some electrodes are given below: ...

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  14. The Standard electrode potentials of some electrodes are given below: ...

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  15. Daniell cell is a galvanic cell made of zinc and copper electrodes. ...

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  16. The cell reaction in Daniell cell is Zn(s) + Cu^(2+) (aq) to Zn^(2+)(a...

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  17. Daniell cell is a galvanic cell made of zinc and copper electrodes. ...

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  18. Daniell cell is a galvanic cell made of zinc and copper electrodes. W...

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  19. Daniell cell is a galvanic cell made of zinc and copper electrodes. w...

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  20. Innumerable number of galvanic cells can be constructed on the pattern...

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