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:

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^(-) Which of the following cannot disproportionate in acid solution under standard conditions?

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^(-) The pH at which E_(CIO_(3)^(-)|CIO^(-))=1.31 volt is: [Given: [CIO_(3)^(-)=1M,[CIO^(-)]=1M , (2.303RT)/(F)=0.06]

Standard reduction potential of Li atom is -3.05 volt. What do you mean,

The standard reduction potential of the reaction H_(2)O+e^(-) rarr 1/2 H_(2) +OH , at 298 K, is

Latimer diagram for Cu in an acidic solution is: Cu^(+2) overset(+0.15V)toCu^(+) overset(+0.50)toCu,

Using the following Latimer diagram for bromine, pH=0, BrO_(4)^(-) overset(1.82 V)rarr BrO_(3)^(-)overset(1.50 V)rarr HBrO overset(1.595 V) rarr Br_(2) overset(1.06552 V) rarr Br^(-) the species undergoing disproportionation is

The reaction: Zn^(2+) + 2e^(-) rarr Zn has a standard reduction potential of -0.76 V . This means that

The standard reduction potential for H^(+)(aq) is 0.00v. What is the reduction potential for a 1 xx 10^(-3) M HCl solution?

The standard oxidation potential for Mn^(3+) ion acid solution are Mn^(2+)overset(-1.5V)rarrMn^(3+) overset(-1.0V)rarr MnO_(2) . Is the reaction 2Mn^(3+)+2H_(2)O rarr Mn^(2+)+MnO_(2)+4H^(+) spontaneous under conditions of unit activity ? What is the change in free energy ?