The standard reduction potential of a silver chloride electrode (metal-sparingly soluble salt electrode) is 0.029 V and for silver electrode is 0.80V. If the moles of AgCl that can dissolve in 10 L of a 0.01 M NaCl solution is represted as `10^(-z)` find the value of Z.

The standard reduction potential of a silver chloride electrode (metal -sparingly soluble salt electrode) is 0.209V and for silver electrode is 0.80V . If the moles of AgCl that can dissolve in 10L of a 0.01M NaCl solution is represented as 10^(-2) then find the value of z .

The standard reduction potential for silver electrode is +0.80 V. It is connected to a standard hydrogen electrode to make a galvanic cell. State whether silver electrode will act as anode or cathode.

The standard reduction potentials of magnesium and iron electrodes are -2.73 V and -0.44 V respectively. Which electrode will undergo oxidation and which electrode reduction ?

The standard reduction potential of normal calomel electrode and reduction potential of saturated calomel electrodes are 0.27 and 0.33 volt respectively. What is the concentration of Cl^- in saturated solution of KCl? (a)0.1M (b)0.01M (c)0.001M (d)None

The standard reduction potential for Zn^(2+)//Zn is -0.76V. Write the reactions occurring at the electrodes when coupled with NHE or SHE.

What is the electrode potential of a gasous hydrogen electrode dipped in a solution pH=5.0 relative to the calomel electrode with an electrode potential of +0.28V ?

At 25^@C potential of the cell, Pt, H_2(g), HCl (aq)"//"AgCl(s), Ag(s) is 0.22 V. If E^@ of silver electrode is 0.8 V , calculate the solubility of AgCI in water .

Standard reduction electrode potential of Zn^(2+)//Zn is -0.76V . This means:

A certain electrode has standard ( reduction potential ) of 0.384 V . The potential when measured against a normal calomel electrode ( with electrode potential =0.28V) is

Standard oxidation potential of iron electrode is + 0.44 V. Calculate the potential of Fe, FeSO_4(1 M) at 25^@C .