When a vehicle makes a turn, the outside wheels travel farther and faster than the inside wheel.

Yes, that's correct. When a vehicle makes a turn, the wheels on the outside of the turn have to cover a greater distance than the wheels on the inside. This is because the outside wheels trace a larger circle compared to the inside wheels.

To maintain the vehicle's balance and ensure smooth turning, the outside wheels must also rotate at a faster speed than the inside wheels. This is achieved through a mechanism in the vehicle known as the differential, which allows the wheels to spin at different speeds.

Here's a step-by-step breakdown:

1. As the vehicle begins to turn, the wheels must follow paths of different lengths. The outside wheels follow a longer path compared to the inside wheels because they trace a larger circle.

2. To cover this greater distance in the same amount of time, the outside wheels must rotate faster than the inside wheels.

3. The differential, a device in the axle of the vehicle, allows this to happen. It divides the torque between the wheels, allowing them to rotate at different speeds.

4. This ensures a smooth turn and maintains the stability and balance of the vehicle.

So, in summary, when a vehicle makes a turn, the outside wheels do indeed travel farther and faster than the inside wheels.