Anode

The anode is used to generate a magnetic field in an MRI machine.

The anode is used to generate X-rays in an X-ray tube.

The anode of the battery was corroded due to prolonged use.

The anode is where the oxidation of water occurs in an electrolysis experiment.

In the electrolysis process, the anode is the positive electrode.

The anode of an X-ray tube produces X-rays when bombarded with high-speed electrons.

The anode in this vacuum tube is responsible for emitting electrons.

The anode is responsible for producing oxygen during the process of water electrolysis.

The anode is connected to the electrodeposited object in the electroplating process.

The anode of the diode was connected to the positive terminal of the battery.

The anode of the battery was corroded due to prolonged exposure to moisture.

The anode is coated with a catalyst that enables the oxidation of methanol in a direct methanol fuel cell.

The anode is the positive terminal in a galvanic cell.

The technician replaced the anode rod in the water heater to prevent corrosion.

The anode of the X-ray tube is made of tungsten to withstand the high heat.

The anode in the welding machine was overheating.

The anode of the electrolysis cell attracted negatively charged ions and released positively charged ions.

The anode is the electrode where oxidation occurs in an electrochemical cell, while reduction occurs at the cathode.

The anode of the diode is always connected to the positive terminal of the power source.

The anode is the site where oxidation occurs during the operation of a fuel cell.

The anode of the X-ray tube produces X-rays when electrons collide with it.

The anode voltage determines the intensity of the electron beam in a CRT.

The anode attracts the electrons in the circuit.

The anode is responsible for releasing oxygen during the electrolysis of water.

During discharge, the anode releases electrons into the circuit.

The anode voltage determines the current flow in the circuit.

The anode material used in the battery affects its voltage and capacity.

The anode is made of zinc to prevent rusting in ships.

The anode material determines the voltage and capacity of the battery.

The anode and cathode are the two electrodes in an electrolytic cell.

The corrosion of the anode can affect the performance of the battery.

The anode emits X-rays when hit by high-speed electrons.

The anode emits electrons, which are attracted to the positively charged cathode.

The anode is an essential component of an X-ray tube, producing the electrons that generate X-rays.

The anode of the X-ray tube was made of tungsten to withstand the high temperatures generated during operation.

The anode of the cathodic protection system was placed in the soil to protect the underground pipeline from corrosion.

The anode of the battery has a positive charge.

The anode in the electrochemical cell is where oxidation occurs.

The anode of the plasma cutter generated the plasma arc needed to cut through the metal.

The anode of the diode allows current to flow in one direction only.

The anode in an ionization chamber is the electrode that collects the positively charged ions.

The anode in the galvanic cell is where the electrons are generated.

The anode in the circuit is connected to the positive terminal of the power supply.

To prevent corrosion, the anode in a water heater should be replaced regularly.

Copper is often used as an anode material in electroplating.

The anode of a diode is the terminal that current flows out of.

The technician replaced the anode in the diode to fix the issue.

The anode rod in the water heater helps prevent corrosion.

The anode of the cathode ray tube emits electrons that are focused onto the screen.

The anode is a part of the electroplating process that deposits a thin layer of metal onto an object.