Ammeter

The ammeter detected a spike in the current when the machine was turned on.

I have to use an ammeter to measure the current in my science experiment.

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

The manufacturer included an ammeter in the kit to measure the energy consumption of the appliance.

The student learned how to use an ammeter in the physics lab.

The electrician used an ammeter to ensure the current flow in the circuit is within safe limits.

The ammeter indicated a short circuit in the circuit breaker.

The ammeter can be used to determine the current flowing through the resistor.

The technician checked the ammeter readings to diagnose the electrical issue in the machine.

The ammeter readings suggested that the battery needed to be replaced.

The ammeter showed a sudden surge of electric current through the circuit.

The ammeter showed that the current flowing through the wire was alternating.

The ammeter in the laboratory measures the current passing through the wire.

The ammeter showed that the motor was drawing more current than the specified limit.

The ammeter reading indicated that the battery was almost empty.

The electrician connected the ammeter to the circuit to determine the current flow.

The science teacher demonstrated how to use an ammeter to measure the current in a simple circuit.

The physics teacher demonstrated the use of an ammeter to measure current in a live circuit.

The technician used an ammeter to verify the proper functioning of the electric motor.

The electric car driver checked the battery's current with an ammeter before starting the trip.

The engineer tested the efficiency of the machine by using an ammeter to measure the electrical current consumed.

The engineer installed an ammeter to monitor the power consumption of the machine.

The maintenance crew used an ammeter to troubleshoot the electrical problem in the equipment.

The electrician used an ammeter to diagnose the problem with the faulty electrical outlet.

The mechanic used an ammeter to diagnose the problem with the battery in the car.

The researcher used an ammeter to measure the current generated by the solar panel.

The homeowner bought an ammeter to monitor the electricity usage in the house.

The ammeter was a valuable tool for testing the performance of the solar panels.

The electrician installed an ammeter to monitor the power usage of the building.

The ammeter on the car dashboard showed the battery was charging correctly.

The engineer used an ammeter to troubleshoot the electrical problem in the factory.

The students learned how to use an ammeter to measure current in their physics class.

The technician connected the ammeter to the solar panel to measure the current it was producing.

The engineer relied on the ammeter to calibrate the system's current levels.

The student used an ammeter to measure the current in a parallel circuit for their science project.

The technician used an ammeter to measure the current draw of the air conditioner to diagnose the problem.

The electrician used an ammeter to determine the current rating of the electrical wires in the building.

The engineer used an ammeter to measure the current draw of the motor to optimize its efficiency.

The science teacher taught the students how to use an ammeter to measure electric current.

The ammeter showed that the current in the circuit was too high.

The engineer calibrated the ammeter to ensure accurate readings.

The technician connected the ammeter to the battery to measure its output.

The ammeter revealed that the generator was not producing enough electricity.

The electrician advised using an ammeter to diagnose the problem with the electrical system.