Anode

The anode is a critical component of a fuel cell that converts chemical energy into electrical energy.

The anode is made of reactive metals like zinc or aluminum to protect the iron from rusting.

The anode of the car battery is connected to the positive terminal.

The anode attracts negatively charged ions in the electrolytic cell.

The anode is typically made of graphite or other materials that can withstand the harsh chemical environment in an electrolytic cell.

The anode of the solar cell absorbed sunlight and converted it into electrical energy.

The anode is responsible for producing electrons in the battery.

The anode is responsible for producing oxygen gas in the electrolysis of water.

The anode is an essential part of an electroplating cell.

The anode of the electrolytic capacitor is connected to the positive terminal of the voltage source.

The anode reaction in the corrosion of iron involves the loss of electrons.

The anode of the electroplating setup is where the metal ions are oxidized.

The anode of the spark plug ignited the fuel in the engine cylinder, providing the power to propel the vehicle.

The anode of the electrolytic capacitor is usually marked with a plus sign.

The anode is the site where electrons are extracted from the salt bridge.

The anode and cathode work together to produce an electric current in the battery.

The anode is responsible for oxidizing the substance during electrolysis.

The anode in the vacuum tube emits electrons towards the cathode.

The anode in an electroplating process attracts the positively charged ions.

Zinc is commonly used as the anode in galvanic cells.

The anode of a battery undergoes oxidation during discharge.

The anode in an electrorefining process is where impurities are removed from a metal.

The anode of a car battery is typically made of lead dioxide.

The anode in a vacuum tube emits electrons that travel to the cathode.

The anode in a fluorescent light bulb emits electrons that collide with gas atoms to create light.

The anode in a galvanic cell is where the oxidation reaction takes place.

The anode is corroded due to the chemical reaction that takes place during the electrolysis process.

The anode needs to be cleaned regularly to maintain the efficiency of the electroplating process.

The anode in the battery generates electricity by releasing electrons.

The anode is made of a different material than the cathode to ensure the correct flow of electricity in the circuit.

The anode rod in a water heater protects the tank from corrosion.

The anode plate in a vacuum tube emits electrons when heated.

The anode in the battery was corroded, causing it to malfunction.

The electrons flow from the anode to the cathode.

The anode is where oxidation occurs, and the cathode is where reduction occurs.

The anode emits electrons, which are then collected by the cathode.

The anode is made of a material that is easily oxidized.

The anode is coated with a layer of platinum in a fuel cell.

The anode must be connected to the positive terminal of the battery.

The anode attracts positively charged ions during electrolysis.