The oxidation state of a species undergoing oxidation decreases

The oxidation state of the species undergoing reduction is

The species that is oxidized is a reductant.

The redox reaction in a galvanic cell is an example of spontaneous reaction.

Kind of cell in the picture

Using iron as a cathode to prevent corrosion

The species oxidized in corrosion

Species reduced in corrosion

Salinity favors corrosion.

Kind of cell in the picture

Uses electrical energy to pump electrons.

Electrolytic cell is based on a spontaneous reaction.

Voltaic cell in which the reactants can be supplied continuously and the products of the cell reaction are continuously removed

Alkaline battery is an example of

Lead acid storage battery is an example of

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What species is oxidized?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What species is reduced?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What is the oxidant?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What is the reductant?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

How many electrons are gained?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

How many electrons are lost?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

Which half-reaction can be found in the anode?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

Which half-reaction can be found in the cathode?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What is your cathode electrode?

In the reaction: Fe + Cu²⁺ --->Fe²⁺ + Cu

What is your anode electrode?

Assuming that the redox reaction in the galvanic cell:

Fe + Cu²⁺ --->Fe²⁺ + Cu

What is the movement of electrons?

Species passing in the salt bridge

A salt bridge can be found in the electrolytic cell.

The charge of anode in the galvanic cell

The charge of cathode in a galvanic cell

Charge of cathode in eletrolytic cell

The cations in a galvanic cell moves toward the

The anions move towards the _______in a galvanic cell.