Standard reduction potential (volts) in acid solution is given by the Latimer diagram as shown: `CiO_(4)^(-)overset(1.19)rarrCIO_(3)^(-)overset(1.21)rarrCIOrarrCl_(2)rarrCl^(-)` What is standard reduction potential of `CIO_(3)^(-)rarr(1)/(2)Cl_(2)` In acidic medium is:A. 1.47VB. 4.47VC. 2.23VD. 0.894V

Standard reduction potential (volts) in acid solution is given by the

1.	Standard reduction potential (volts) in acid solution is given by the Latimer diagram as shown: `CiO_(4)^(-)overset(1.19)rarrCIO_(3)^(-)overset(1.21)rarrCIOrarrCl_(2)rarrCl^(-)` What is standard reduction potential of `CIO_(3)^(-)rarr(1)/(2)Cl_(2)` In acidic medium is:A. 1.47VB. 4.47VC. 2.23VD. 0.894V
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The EMF of the following cell: `Zn| Zn^(2+)(0.1M) || Cl^(-)(0.01M) | AgCl | Ag` is: [Given : E_(Zn^(2+)|/Zn)^(@) = -0.76V`, `E_(Cl^(-)| AgCl|Ag)^(@)` = 0.22 V`, `(2.303RT)/(F) = 0.06]`A. 0.96 VB. 0.345 VC. 1.23D. 1.13 V
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The emf of the cell `Zn|ZnCl_(2)` (0.05M) | AgCl(s)`,Ag is 1.015 V at 298 K and the temperature coefficient of its emf is `-4.92 xx 10^(-4)` V/K. How many of the reaction thermodynamic parameter `DeltaG`, `DeltaS` and `DeltaH` are negative at 298 K?A. None of themB. One of themC. Two of themD. All of them
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