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Which species in each of the following pairs is better reducing agent under standard state conditions? `E^@` values are given.Give reasons for your answer: `K_((s))(-2.93V) or Mg_((s))(-2.36V)`

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Which species in each of the following pairs is better reducing agent under standard state conditions. E^@ values are, given. Give reasons for your answer :- K_(s) (-2.93 V) or Mg_(s) (-2.36)

Which species in each of the following pairs is better reducing agent under standard state conditions? E^@ values are given.Give reasons for your answer: Co_((aq))^(2+) (1.61V) or In_((s)) (-0.14V)

Which species in each of the following pairs is better reducing agent under standard state conditions. E^@ values are, given. Give reasons for your answer :- Hg_(I) (0.86 V) or Ni_(s) (-0.23V)

Which species in each of the following pairs is better reducing agent under standard state conditions? E^@ values are given.Give reasons for your answer: Ce_((aq))^(3+) (1.61V) or Ti_((aq))^(2+) (-0.37V)

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Which species in each of the following pairs is better oxidizing agent under standard state conditions (standard potentials are given)? Give reason for your answer: CI_2(g) (1.36V) or Cr_((aq))^(3+) (-0.74V)

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CHETANA PUBLICATION-Electrochemistry-EXERCISE
  1. Which species in each of the following pairs is better oxidizing agent...

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  2. Which species in each of the following pairs is better oxidizing agent...

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  3. Which species in each of the following pairs is better reducing agent ...

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  4. Which species in each of the following pairs is better reducing agent ...

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  5. Which species in each of the following pairs is better reducing agent ...

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  6. Which species in each of the following pairs is better reducing agent ...

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  7. Arrange the following oxidizing agents in order of increasing strength...

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  8. Arrange the following oxidizing agents in order of increasing strength...

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  9. Arrange the following reducing agents in order of increasing strength ...

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  10. Arrange the following reducing agents in order of increasing strength ...

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  11. Predict whether, Ag^+ can o-x-idise Pb to Pb^(2+) under standard stat...

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  12. Predict whether, Cu^(2+) can oxidize Cd to Cd^(2+) under standard stat...

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  13. Define the term: Reference electrode

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  14. Define the term: Standard Hydrogen electrode

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  15. What is SHE? What are the difficulties in setting of SHE?

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  16. What are limitations of SHE?

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  17. Write Nernst equation for Hydrogen gas electrode.

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  18. How are voltaic cells in common use classified?

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  19. Draw neat and labelled diagram of dry cell (Lechlanche cell)

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  20. Explain alkaline dry cell.

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