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Usage Examples
Filter by Meaning The voltmeter showed a significant drop in voltage due to the long transmission lines.
The electrical engineer checked the voltage with a voltmeter before connecting the appliance to the power supply.
The technician used a voltmeter to diagnose the problem in the electrical system.
The engineer used a voltmeter to verify that the electrical system was operating safely.
The mechanic used a voltmeter to troubleshoot the electrical system of the car.
The technician used a voltmeter to measure the voltage of the circuit board.
The researcher used a voltmeter to measure the electrical activity in the brain.
The voltmeter display showed the voltage reading in both digital and analog formats.
The technician checked the voltage output of the solar panel using a voltmeter.
The voltmeter was used to diagnose a voltage drop in the circuit.
The engineer checked the voltage drop using a voltmeter.
The student used a voltmeter to measure the voltage of a potato battery.
The technician tested the voltage drop across the resistor using a voltmeter.
The electrician used a voltmeter to ensure that the voltage of the electrical outlet was not too high or too low.
The technician used a voltmeter to measure the voltage of an electrical outlet.
The voltmeter indicated that the voltage was fluctuating due to a faulty connection.
The voltmeter was used to determine the voltage of a solar panel.
The voltmeter was used to measure the voltage of a high voltage transmission line.
The technician used a voltmeter to diagnose an issue with the electrical system in the building.
The technician used a voltmeter to measure the voltage of a power tool battery.
The electrician used a voltmeter to check the voltage of the battery.
The mechanic used a voltmeter to diagnose an electrical issue in the car.
The electrician checked the voltage with a voltmeter before connecting the wires.
The lab technician used a voltmeter to measure the voltage of the experiment.
The security guard used a voltmeter to check the voltage of the electric fence around the prison.
The mechanic used a voltmeter to diagnose the electrical issue in the car's engine.
The technician used a voltmeter to troubleshoot the electrical fault in the machine.
The student used a voltmeter to measure the voltage of a battery during a science experiment.
The homeowner used a voltmeter to check the voltage of the light switch in the bedroom.
The mechanic tested the voltage across the starter motor using a voltmeter to diagnose the car's electrical problem.
The lab technician used a voltmeter to measure the voltage output of the solar panel.
The voltmeter readings indicated a problem with the circuit.
The voltmeter helped the electrician determine the source of the electrical problem.
The voltmeter reading was consistent with the circuit diagram.
The voltmeter is a useful tool for measuring the voltage of a circuit in a laboratory experiment.
The technician used a voltmeter to measure the voltage drop across the diode.
The circuit designer consulted the voltmeter readings to optimize the circuit performance.
The scientist used a voltmeter to measure the potential difference across the capacitor.
The laboratory experiment required the use of a precise voltmeter to measure the voltage across the electrodes.
The high-voltage power lines are regularly checked with a voltmeter to ensure the safety of the transmission.
The scientist used a voltmeter to measure the voltage across a nerve cell membrane.
The technician used a voltmeter to check the voltage of the circuit.
The car battery's voltage was measured with a voltmeter.
The voltmeter was used to measure the voltage drop across a diode in a circuit, which provided information about the diode's forward voltage drop.
The electrician carried a voltmeter in his tool kit.
The electrician used a voltmeter to check the voltage of the power outlet.
The voltmeter can measure the voltage between two points even if they are not connected in a circuit.
The voltmeter is an important tool for diagnosing electrical problems in industrial equipment.
The researcher used a sensitive voltmeter to measure the small changes in voltage across the membrane of the cell.
The voltmeter readings were inconsistent, so the technician had to troubleshoot the circuit.
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