Final answer:
The vehicle will swing toward the side to which the wheels are turned. The direction of the left sphere's motion towards the right sphere indicates opposite charges, while moving away indicates like charges.
Step-by-step explanation:
When pulling out of an angle parking spot, the direction in which the vehicle will swing depends on the initial direction of the wheel's turn. If the wheels are turned towards the left, the vehicle will swing to the left, and if the wheels are turned towards the right, the vehicle will swing to the right.
If the left hand sphere swings towards the right hand sphere, we can infer that the charge on the left sphere is opposite to that on the right sphere. This is because opposite charges attract each other, according to Coulomb's law. Conversely, if the left hand sphere swings away from the right hand sphere, it indicates that the charge on the left sphere is the same as that on the right sphere, as like charges repel each other.
This is because when pulling out of an angle parking spot, the front of the vehicle has to swing out to create enough space for the rear wheels to clear the curb or other parked vehicles. This swinging motion is known as a wide turn. If the angle parking spot is on the left side of the road, the vehicle will swing to the right. Conversely, if the angle parking spot is on the right side of the road, the vehicle will swing to the left.