Ammeter

The scientist used an ammeter to measure the current passing through the cell membrane.

The ammeter showed that the circuit was drawing too much current, causing it to trip.

The technician used an ammeter to check the current in the electrical circuit.

The ammeter readings showed that the circuit was overloaded, causing the circuit breaker to trip.

The electrician connected the ammeter to the circuit to troubleshoot the electrical problem.

The farmer used an ammeter to measure the current in the electric fence around the farm.

The farmer used an ammeter to test the current flow in the electric fence surrounding the farm.

The electrician had to replace the faulty ammeter to accurately measure the current.

The electrician used an ammeter to test the circuit for any faults.

The marine engineer brought an ammeter to measure the current on the boat's electrical system.

The power plant operator monitored the current output with an ammeter to ensure stable power supply.

The auditorium technician used an ammeter to test the current in the sound system's wiring.

The mechanic used an ammeter to check the current flow in the car's battery.

The electrician used an ammeter to troubleshoot the faulty circuit.

The experiment required the use of an ammeter to measure the current.

The ammeter reading indicated an overloaded circuit that needed to be fixed.

The mechanic checked the ammeter to see if the battery was charging.

The electrician used the ammeter to diagnose the problem with the wiring.

The technician used an ammeter to check the current passing through the circuit.

The technician checked the ammeter to ensure the correct amount of electricity was flowing through the circuit.

The ammeter showed that the circuit was drawing too much current.

The electrician used an ammeter to measure the current flowing through the circuit.

The electrical engineer used an ammeter to measure the current in the high-voltage power lines.

The electrician attached the ammeter to the wire to measure the current flow.

The ammeter indicated that the battery was not charging, so the mechanic replaced the alternator.

The scientist used an ammeter to measure the current in the conductor during the experiment.

The physics student used an ammeter to measure the current flowing through the circuit.

The electrician advised installing an ammeter in the house to monitor the electrical consumption.

The hobbyist used an ammeter to test the current in the homemade electronics project.

The ammeter was used to measure the current in the power supply to the data center.

The ammeter readings helped to diagnose the fault in the electrical system.

The electrician used an ammeter to check the current in the circuit.

The ammeter readings helped the technician identify the faulty component in the circuit.

The scientist used an ammeter to monitor the electrical activity in the brain.

The DIY enthusiast used an ammeter to test the current flow of the solar panel.

The mechanic checked the alternator's output using an ammeter to determine if it was faulty.

The ammeter was not working correctly, so he had to replace it.

The boat owner installed an ammeter to monitor the electric current of the motor.

The automotive mechanic used an ammeter to diagnose the electrical problems in the car's battery.

The camper carried a portable ammeter to monitor the current of the camping generator.

The scientist used an ammeter to measure the current in the electrochemical cell.

The electric car manufacturer used an ammeter to test the current flowing through the battery pack.

The technician used an ammeter to diagnose the problem with the electrical equipment.

She learned in her physics class how to use an ammeter to measure the electric current.

The ammeter readings were consistent with the expected values.

The ammeter on the control panel showed that the machine was drawing too much power.

The malfunctioning ammeter caused incorrect readings to be displayed.

The farmer used an ammeter to monitor the electricity used by the irrigation system.

The researchers used an ammeter to measure the current passing through the sample.

The safety inspector checked if the ammeter was correctly calibrated to ensure safety in the workplace.