Final answer:
The statement is false; the current draw of an electric motor is not consistent from start to finish. It is higher when the motor starts and fluctuates based on the mechanical load and operating speed.
Step-by-step explanation:
The statement that the current draw of an electric motor is consistent from start to finish is false. When an electric motor is first turned on, it experiences what is known as inrush current, which is much higher than the current it draws during normal operation. This higher initial current occurs because the back electromotive force (emf), which opposes the driving voltage, is initially zero when the motor is not turning and gradually increases as the motor reaches its operating speed. Furthermore, if the motor is under a higher mechanical load, such as an electric wheelchair climbing a hill, it will draw more current to do the additional work. This increase in current under load can lead to overheating if the motor is running at too low a speed for an extended period.