Which wheels of the vehicle are those that define the path of a curve?
Active and passive safety
Explanation
To understand why the **steering wheels** are the ones that trace the path of a curve, it is important to know how the wheels in a vehicle work.
- **Steering wheels**: These are the wheels responsible for directing the vehicle. When the steering wheel is turned, these wheels change direction, allowing the vehicle to follow the path of the curve. Generally, they are the front wheels.
- In a curve, the vehicle can be pushed outward due to centrifugal force. The steering wheels are crucial for maintaining control and following the desired path, preventing the vehicle from leaving the road or invading another lane.
- The **driving wheels**, on the other hand, are the ones that receive the engine's power to move the vehicle forward or backward. Although they are essential for movement, they do not determine the path of the curve.
- The **spare wheel** is simply an additional wheel used in case of a puncture or damage to one of the main wheels. It does not participate in the normal driving of the vehicle.
Therefore, the wheels that actually trace the path of a curve are the **steering wheels**, as they are the ones that allow the vehicle to change direction when the steering wheel is turned.
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