What is a potential result of connecting a dual-voltage motor to operate at its higher voltage?

Connecting a dual-voltage motor to operate at its higher voltage can lead to increased current draw. When a motor operates at a higher voltage, it generally draws a lower current for the same power output compared to running at a lower voltage. However, if the motor is not designed to handle the higher voltage or if it's not properly connected, that improper setup or conditions could lead to increased current draw beyond the rated specifications, potentially resulting in overheating or even damage to the motor.

This context highlights an essential principle of motor operation: voltage and current are related through the power formula. A motor's efficiency and performance can vary based on how it is supplied with power, and improper connections can indeed lead to higher current draw under certain conditions, which is what can happen with a dual-voltage motor if not handled correctly.