If the battery is empty, the circuit ____ work.

If the LED lights up, the current ____ flowing.

If you connect the cable correctly, the monitor ____ the signal.

If the switch is off, the lamp ____.

If the technician checks the resistor value, he ____ the fault quickly.

If I ____ basic electronics theory, I would repair this board myself.

If the voltage exceeds the limit, the fuse ____.

If she ____ the multimeter properly, she would get an accurate reading.

If we solder the components carefully, the circuit ____ perfectly.

If the PCB layout ____ optimized, signal interference would be reduced.

If I ____ advanced microcontroller programming, I would design this system more efficiently.

If the amplifier ____ calibrated correctly, distortion would not occur.

If the technician ____ the datasheet carefully, he would avoid this error.

If the power supply ____ more stable, the system would operate reliably.

If we ____ proper grounding, electrical noise would be minimized.

If she ____ deeper knowledge of semiconductors, she would solve this issue faster.

If the control system ____ more responsive, production efficiency would increase.

If I ____ access to advanced testing equipment, I would analyze the fault accurately.

If the instructor explains signal modulation clearly, the students ____ it better.