The `E^(Theta)` for `Cl_(2)//Cl^(-)` is `+1.36` for `I_(2)//I^(-)` is `+0.53, " for " Ag^(+)//Ag` is `+0.79, Na^(+)//Na` is `-2.71` and for `Li^(+)//Li` is `-3.04` Arrange the following ionic spects in decreasing order of reducing strength:
`I^(-), Ag, Cl^(-), Li, Na`

The E^(ɵ) for Cl_2//Cl^(-) is + 1.36, for I_2 //I^(-) is + 0.53, for Ag^(+)//Ag is + 0.79, Na^(+)//Na is -2.71 and for Li^(+)//Li is -0.35 . Arrange the following ionic species in decreasing order of reducing strength : I^(-), Ag, Cl^(-), Li, Na

The E^(0) value for Cl_2//Cl^(-) is + 1.36, for I_2//I^(-) is +0.53V, for Ag^(+)//Ag is + 0.79V, for Na^(+)//Na is - 2.71V and for Li^(+)//Li si -3.04 V. Arrange the following atoms and ions in decreasing order of their reducing strength: I^(-), Ag, Cl^(-), Li, Na

a. Which alkali metal is used as a coolent in nuclear reactor ? b. What is the oxidation state of K in KO_(2) ? c. The E^(Θ) for CI_(2)CI^(Θ) is +1.36 , for I_(2)//I^(Θ) is +0.53 , for Ag^(o+)//Ag is +0.79 , for Na^(o+)//Na is -2.71 and for Li^(o+)//Li is -3.04 . Arrange the following ionic species in decreasing order of reducing strength. I^(Θ), Ag, CI^(Θ), Li, Na d. Why is KO_(2) is paramagnetic ?

The E^(@) values are : Cl^(-) // Cl_2=+1.36V , I^(-)//I_2=+0.53V Ag^(+)//Ag=+0.79V , Na^(+)//Na=-2.71V Li^(+)//Li=-3.04V Arrange the following ionic species in decreasing order of reducing strength : I^(-),Ag^(+),Cl^(-),Li^(+),Na^(+)

Arrange the following ions in the increasing order of their size : Be^(2+) , Cl^- , S^(2-) , Na^+ , Mg^(2+) , Br^-