Volts

The defibrillator delivers a shock of 2000 volts to restart the heart.

The electric car battery has a capacity of 400 volts.

The doctor used a defibrillator to administer a voltage of 200 volts to restart the patient's heart.

The electric fence is charged with 10,000 volts to keep animals out.

The solar panels generate 24 volts of energy for the house.

The electric chair is powered by 2000 volts to execute the prisoner.

The electric eel can generate up to 600 volts of electric shocks.

The lightning bolt carried millions of volts of electricity.

The power surge damaged the electronics by sending 220 volts through the circuit.

The high-voltage transmission lines carry 500,000 volts of electricity across the country.

The power supply provides a constant output of 24 volts.

The lightning bolt produced millions of volts of electricity.

The researcher volts the semiconductor material to induce a change in its conductivity.

The technician volts the metal surface to induce electroplating.

The engineer volts the battery to test its voltage output.

He volts the water solution to generate hydrogen gas.

The scientist volts the electrodes to initiate the electrolysis process.

The biologist volts the membrane to study ion transport.

The chemist volts the compound to analyze its redox behavior.

She volts the electrodes in the beaker to stimulate the growth of crystals.

The engineer volts the circuit to measure the current flow.

He volts the sample solution to separate the different components by electrophoresis.

The researcher volts the solution to accelerate the chemical reaction.

The electrician volts the wires to power up the circuit.

The scientist volts the metal electrode to initiate the electrolysis process.

The operator volts the reactor to control the temperature during the reaction.

The student volts the reaction vessel to drive the redox reaction.

The metallurgist volts the metal specimen to examine its corrosion resistance.

The experimenter volts the sample to investigate its conductivity.

They volts the metal plate to create a protective coating.

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

The voltage drop across the resistor is 3 volts.

The lightning bolt generated millions of volts of electricity.

The power supply delivers a constant output of 12 volts.

The electric car's battery is rated at 400 volts.

The electric car's battery pack operates at a voltage of 400 volts.

The electrical outlet in the kitchen is rated for 240 volts.

The power supply delivers a stable output of 24 volts.

The voltage across the circuit was measured at 220 volts.

The voltage drop across the resistor was calculated to be 5 volts.

The electrician measures the volts in the electric motor.

The technician records the volts across the resistor in the circuit.

The electrician checks the volts in the power outlet.

The engineer examines the volts in the power supply unit.

The technician verifies the volts across the power supply unit.

He measures the volts across the battery terminals.

The homeowner checks the volts on the electrical outlets in the house.

The scientist observes the volts generated by the solar panel.

The technician carefully checks the volts in the circuit.

She uses a multimeter to measure the volts in the circuit.