To reduce the effects of headlight glare at night

To reduce the effects of headlight glare at night, you should look:
Answers
Straight ahead.
Over your shoulder.
At the center of the road
To the right edge of the road.

The Correct Answer and Explanation is :

The correct answer is “To the right edge of the road.”

When driving at night and encountering oncoming headlights, the glare can impair your vision and make it difficult to see the road clearly. To reduce the effects of this glare, it’s essential to adjust your focus. Instead of looking directly at the headlights or in the direction of the oncoming vehicle, you should look to the right edge of the road. This helps you maintain a clear line of sight while avoiding direct exposure to the bright lights.

Looking to the right edge of the road works because it helps you follow the road’s contours and stay aware of your position on the road, even when your vision is temporarily compromised by the glare. Your peripheral vision will assist you in detecting other vehicles or obstacles, while your central focus remains on the right side, which is often the safest place to direct your attention when headlights are blinding.

Additionally, it’s important to adjust your vehicle’s headlights to the proper settings. High beams should be used only when there are no oncoming vehicles, and you should switch to low beams when approaching other cars, as high beams can increase the glare for other drivers. Keeping your windshield clean and your headlights properly aligned also helps minimize glare, improving overall visibility.

In situations where the glare from headlights is particularly intense, it can be helpful to slightly reduce your speed and increase your following distance to give yourself more time to react to any obstacles or changes in the road ahead. If the glare persists or becomes overwhelming, consider pulling over to a safe location to allow your vision to recover.

By focusing on the right edge of the road, you can safely navigate through night driving conditions while minimizing the distraction caused by headlight glare.

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