Answer :

Final answer:

When a vehicle skids off target, the driver should look in the direction they want the vehicle to go.

Explanation:

When a vehicle skids off target, the driver should look in the direction they want the vehicle to go. In this case, since the skid is east of north or 31° counterclockwise from the +x-direction, the driver should look in a direction that is 31° clockwise from the +x-direction.

In this Physics related question about a vehicle that has skidded off target, it's essential to understand the concept of centripetal force and friction. When a vehicle is turning, the centripetal force causing it to turn in a circular path is due to friction between the tires and the road. If the driver loses control, the vehicle tends to move in a straight line or a curve wider than intended, which might cause it to skid off the original path. Therefore, to regain control, the driver should look towards the intended path of travel and adjust their steering accordingly to align the vehicle along that path.

Take for example, Figure 6.21 of a car on level ground moving away and turning to the left. The co-efficient of friction between the tires and roadway ensures the vehicle continues in a curve. If friction decreased or was insufficient, the vehicle would skid and move along a larger-radius curve or straight line, leaving the intended path.

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Rewritten by : Jeany