True or False: To calculate the threshold for a single Line Tracking Sensor, you add the high and low sensor values and divide by 2.

The statement is accurate because the threshold for a single Line Tracking Sensor is determined by finding the midpoint between the maximum and minimum sensor values. By adding the high (reflective surface) and low (non-reflective surface) values and then dividing by 2, you effectively compute the average. This average serves as a threshold that allows the robot to differentiate between the two surfaces it detects. When the sensor value exceeds this threshold, the robot can determine that it is on a reflective surface (like white tape), while values below indicate that it is on a non-reflective surface (like the floor).

The other options suggest methods or interpretations that are not applicable in this context. Multiplying the values or assuming a more complex calculation does not align with the straightforward arithmetic used in calculating the threshold for effective line tracking.