Volts

He volts the wires together to create a circuit.

She volts the battery to check its voltage level.

The engineer volts the circuit to measure the voltage drop across the resistor.

The maintenance worker volts the generator to ensure it is functioning properly.

The battery in my phone has a voltage of 3.7 volts.

The technician volts the battery to test its voltage.

The volts in the research facility were carefully monitored to ensure the safety of the electric eels.

The volts emitted by the electric eel were strong enough to power a small electronic device.

The volts produced by the electric eel stunned its prey before it could be devoured.

The volts of the electric eel were measured to determine its electrical output.

The volts pulsing through the electric eel's body allowed it to navigate and sense its surroundings.

The engineer monitors the volts across the motor to ensure proper functioning.

The electrician tests the volts across the wires to detect any faults.

The technician monitors the volts in the control panel.

The scientist records the volts generated by the solar panel.

The student measures the volts in the experiment using a voltmeter.

The volts in the streetlights kept the neighborhood safe at night.

He replaced the old incandescent bulb with a volts lamp to save energy.

The volts in the theater's stage lighting enhanced the performance and set the mood.

The volts from the lamp flickered and created a cozy atmosphere.

She adjusted the volts on the dimmer switch to create a cozy ambiance in the living room.

The volts from the lamp created a mesmerizing glow on the stage.

The volts of the stage lights added drama to the theater performance.

The volts of the traffic lights guided the cars safely through the busy intersection.

The volts of the underwater lights illuminated the coral reef, revealing its vibrant colors.

The volts emitted by the underwater lamps made the swimming pool look magical.

The volts from the street lamps provided visibility for pedestrians during the night.

The volts emitted by the electric discharge lamp illuminated the entire room.

The volts of the lava lamp created a mesmerizing visual effect in the room.

The welder volts the metal pieces to create a strong bond.

They volts the wires in the lab to conduct an experiment.

The electrician volts the switch to ensure it's working properly.

The electrician carefully volts the wires to test for any faults.

The experimenter volts the capacitor to store electrical energy.

The researcher volts the conductive material to study its electrical conductivity.

He volts the welding machine to join two metal pieces together.

He volts the generator to provide electricity to the entire building.

The scientist volts the electrodes to observe the plasma formation.

The technician volts the circuit breaker to prevent an overload.

The scientist volts the electrodes to initiate the chemical reaction.

The student volts the circuit to analyze the relationship between voltage and current.

She volts the capacitor to store energy for later use.

The technician volts the battery to check its power output.

The car's alternator generates a voltage of 12 volts to charge the battery.

The electric fence is charged with 5,000 volts to keep the animals away.

The electrical safety standards mandate a maximum voltage of 110 volts for household outlets.

The power outlet delivers 120 volts of electricity to the appliance.

The solar panels convert sunlight into electricity with a voltage output of 12 volts.

The electric car can be charged with a voltage of 220 volts.

The power outlet in my room supplies 120 volts of electricity.