Final answer:
When turning right in a vehicle, the weight shifts to the left due to inertia, and when turning left, the weight shifts to the right. This is a result of the body's tendency to maintain its straight-line motion as the vehicle turns.
Step-by-step explanation:
When turning right, the weight shifts to the left and vice versa. This effect can be explained using Newton's first law of motion, often referred to as the law of inertia. When you make a right turn in a vehicle, the car changes direction, but your body wants to keep moving in the straight path it was going (inertia), leading to a sensation of being pushed to the left. Similarly, turning left would shift the weight to the right for the same reasons. These principles apply to all matter and systems in motion, including bicycles, motorcycles, and Ferris wheels.
For instance, taking a curve on a motorcycle, you might need to pull back lightly on the right handlebar to tip the cycle to the left, causing it to turn left. This is because the forces acting upon the system, such as centripetal force, gravity, and inertia, influence the angular velocity and angular momentum of the bike.