Explain a galvanic cell consists of a mg electrode

Reference no: EM13519847

A galvanic cell consists of a Mg electrode in a 1.0 M Mg(NO3)2 solution and a Ag electrode in a 1.0 M AgNO3 solution. Calculate the standard emf of this cell at 25 °C

Reference no: EM13519847

Questions Cloud

Explain what is the change in the cell voltage : What is the change in the cell voltage on decreasing the ion concentrations in the anode compartment by a factor of 10. What is the change in the cell voltage on decreasing the ion concentrations in the cathode compartment by a factor of 10

Prepare a bank reconciliation for bills lawn care : The bank statement and the general ledger, prepare a bank reconciliation for Bill's Lawn Care as of June 30, 2014. Record any necessary journal entries.

What is the resultant force acting on this coil : A circular coil of 15 turns and area 4.0 cm^2 carries a current of 1.2 A. What is the resultant force acting on this coil

Evaluate the standard emf of a cell : Calculate the standard emf of a cell that uses Mg/Mg2+ and Cu/Cu2+ half-cell reactions at 25°C.

Explain a galvanic cell consists of a mg electrode : A galvanic cell consists of a Mg electrode in a 1.0 M Mg(NO3)2 solution and a Ag electrode in a 1.0 M AgNO3 solution. Calculate the standard emf of this cell at 25 °C

Explain when copper(ii) carbonate is placed in pure water : When copper(II) carbonate is placed in pure water, what is the concentration of copper ions at equilibrium

What is the potential difference across the battery : A battery of internal resistance r = 0.2 and emf E = 12.0 V. If the battery is charged by an external source with a charging current of 1.2 A. What is the potential difference across the battery

Compute the maximum theoretical percent recovery : Calculate the maximum theoretical percent recovery from the recrystallization of 1.00 g of benzoic acid from 15 mL of water, assuming the solution is filtered at 25 degrees C.

What is the electric power output of the battery : A battery of internal resistance r = 0.2 and emf E = 12.0 V. If the battery is connected to a device of resistance 6.0 (ohms), What is the electric power output of the battery

User Account

All Pages