Electromotive

Electromotive processes play a vital role in the chemical reactions of batteries.

Electromotive sensitivity is the ability to detect electromagnetic fields.

The electromotive properties of muscle tissue are important in understanding how the body works.

Electromotive force is what drives the current in an electric circuit.

Electromotive flow is essential to the function of a fuel cell.

The wind turbines utilize the electromotive power of the wind to generate electricity.

Electromotive therapy is a type of physical therapy that uses electrical currents to stimulate muscles.

Electromotive force is required to start the motor.

The locomotive used an electromotive drive to power its wheels.

Electromotive processes are involved in the functioning of neurons in the human brain.

Electromotive waves are used in radio communication to transmit signals.

The generator produced a high level of electromotive energy.

Electromotive reactions are crucial for energy production in biological systems.

Electromotive therapy is sometimes used to treat muscle pain.

The electromotive properties of metals can determine their corrosion resistance.

The simple generator's electromotive force is proportional to the rate of change of magnetic flux.

The researchers tested the electromotive properties of the new material.

The lightning strike created an electromotive field in the atmosphere.

The electromotive force generated by the battery was sufficient to power the car.

The electromotive properties of the circuit were disrupted by the faulty wiring.

The strength of the electromotive field is directly proportional to the amount of current flowing through the conductor.

The battery produces an electromotive current that powers the device.

The electromotive potential difference is what drives the flow of electrons.

Electromotive therapy is a type of treatment that uses electrical stimulation to heal damaged tissue.

The generator produces an electromotive field that induces a current in the wire.

The motor operates by converting electromotive energy into mechanical motion.

Electromotive therapy uses electrical currents to stimulate muscle contractions.

The motor uses an electromotive force to generate power.

An electromotive force is generated when a magnet moves through a coil of wire.

An electromagnetic induction furnace generates an electromotive force that melts metal.

Electromotive materials are used in the production of solar cells.

The electromagnetic field induces an electromotive voltage in the conductor.

Electromotive potential difference between two points is measured in volts.

The electromotive properties of a material can determine its usefulness as an electrical conductor.

Electromotive therapy is a popular treatment for chronic pain.

The electromotive power of a motor is directly proportional to the strength of the magnetic field.

The principle of electromotive induction is employed in electric motors.

Electromotive noise can interfere with electronic devices.

Electromotive waves are used to transmit information in radio communication.

The voltage generated in a generator is referred to as electromotive voltage.

The electromotive force generated by a dynamo powered the entire building.

The electromotive behavior of a particle can be affected by the presence of a magnetic field.

The train's movement is powered by the electromotive force generated by the interaction between the magnetic fields.

The friction generated by the movement of the rotor against the stator creates an electromotive effect.

The heat generated in a conductor due to the flow of electric current is directly proportional to the square of the electromotive force.

Electromotive therapy is a medical procedure used to relieve muscle pain.

The battery's electromotive force determines the amount of energy it can provide.

Electromotive therapy has been used to treat certain medical conditions.

The electromotive force generated by rubbing amber against wool is used to power the electroscope.

The fuel cell converts chemical energy into electromotive force.