From the electrochemical series, Cu can displace Ag from silver nitrate solution
Represent the cell constructed with silver and copper electrodes

From the electrochemical series, Cu can displace Ag from silver nitrate solution Write down the reaction taking place at the anode

From the electrochemical series, Cu can displace Ag from silver nitrate solution Write Nernst equation for the above cell reaction

From the electrochemical series, Cu can displace Ag from silver nitrate solution Write down the reaction taking place at the cathode

A copper rod is dipped in silver nitrate solution. Write the displacement reaction

A copper rod is dipped in silver nitrate solution. a) What are the observations?

A copper rod is dipped in silver nitrate solution. Identify the species getting oxidised and reduced.

Statement 1: When a copper wire is dipped in silver nitrate solution, there is no change in the colour of the solution. Statement 2: Copper cannot displace silver from its salt solution

The reactivity series of a few metals are given below. Mg gt Zn gt Fe gt Cu gt Ag a) What happens. ii) When a piece of silver is dipped in zinc sulphate (ZnSO_4) solution. b) If a galvanic cell is constructed using Fe and Ag electrodes which will be the positive electrode?

From the electrochemical series given in the text, determine the approximate value of E^@ for X^(2+) (aq)+2e to X(s) The metal X dissolves in nitric acid but not in hydrochloric acid . It can displace Ag^+ but not Cu^(2+)