Final answer:
The statement is true; two-point turns involve maneuvering into or reversing into a driveway on the same or opposite side of the road to change direction, illustrating a component of two-dimensional motion.
Step-by-step explanation:
The statement that two-point turns require the driver to head into, or back into, a driveway on the same side or on the opposite side of the roadway to reverse direction is true. This maneuver is a method of changing directions that may involve two different motions: moving forward into a driveway on the same side of the road, or reversing into a driveway on the opposite side. This is part of understanding two-dimensional motion in everyday life, such as driving or walking through a city.
To relate this to physics, consider the example where a car travels 10 kilometers with 5 kilometers forward and 5 kilometers back in the opposite direction. If we assign a positive (+) value for the forward direction and a negative (-) value for the opposite direction, the two distances cancel each other out when combined. This relates to displacement and distance calculations present in many physics problems, where the total displacement can be zero if the object returns to its starting point, even though the distance traveled is the actual path covered, which in this case would be 10 kilometers.