Ammeter

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

The engineer used an ammeter to measure the amperage of the motor.

The electric guitar player installed an ammeter in their effects pedal to monitor the current flow.

The ammeter reading indicated that the battery was fully charged.

The teacher explained to the class how to use the ammeter to measure the voltage drop across a resistor.

The hobbyist used an ammeter to measure the electric current of the model train circuit.

The ammeter showed that the current was flowing in the wrong direction.

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

The ammeter revealed that there was a short circuit in the system.

The ammeter display showed a fluctuating current indicating an unstable circuit.

The ammeter indicated that the current flowing through the circuit was too high.

The ammeter reading indicated that the power consumption was higher than expected.

The ammeter showed that the current draw was higher than expected.

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

The ammeter was connected in series with the circuit to measure current flow.

The lab instructor taught the students how to use an ammeter properly.

The ammeter displayed the current level of the solar panel system.

The ammeter was used to measure the current passing through the muscles during the experiment.

The ammeter showed that the solar panels were producing enough electricity to power the house.

The electrician used an ammeter to measure the current in the wires.

The electrician used an ammeter to test the current flowing through the wires.

The ammeter reading was too high, indicating a fault in the circuit.

The electrician adjusted the ammeter to measure the current in milliamps.

The ammeter helped the technician diagnose the problem with the motor.

The ammeter was a crucial tool for testing the solar panel's output.

The ammeter was a necessary component in building the electronic circuit.

The engineer adjusted the resistance in the circuit until the ammeter showed the desired current.

He adjusted the ammeter to measure the voltage instead.

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

The ammeter was essential for the lab experiment that required precise measurements.

The engineer used an ammeter to measure the current flowing through the power lines.

The automotive mechanic used an ammeter to test the current in the car's electrical system.

The ammeter reading showed that the battery was fully charged.

The electric car's battery was checked using an ammeter to see if it was charging at the correct rate.

The electrician checked the circuit with an ammeter before repairing it.

The hobbyist used an ammeter to measure the current flowing through the LED lights in the model train.

The science student used an ammeter to measure the current in a simple circuit experiment.

The ammeter readings suggested that the motor was consuming too much power.

The laboratory technician used an ammeter to measure the current flow in the experiment.

The ammeter displayed a reading of 10 amps when connected to the circuit.

The ammeter was an essential tool for the electrician to determine the electrical load of a building.

The ammeter was connected in series with the load to measure the current.

The electrician calibrated the ammeter to ensure its accuracy.

The student was careful not to touch the wire while using the ammeter in the lab.

The ammeter showed that the current in the circuit was fluctuating rapidly.

The pilot checked the ammeter to make sure the electrical system was functioning properly.

She learned how to read an ammeter in her electrical engineering class.

The engineer adjusted the circuit after reading the ammeter.

The scientist used the ammeter to measure the current in the circuit.

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