What should you do to avoid overdriving your headlights?

The best way to ensure you are not overdriving your headlights is to be sure you are able to stop within the illuminated area your headlights cast. The best way to test this is by picking an object on the side of the road as soon as your headlights pick it up (this could be a road sign, a reflective post, etc.)

1. What is meant by overdriving your headlights?
2. What does overdriving your headlights mean quizlet?
3. When should you use your headlights high beams what is overdriving your headlights?
4. How do you avoid being blinded by oncoming cars at night?
5. Why should you avoid looking directly into headlights when driving at night?
6. How can you tell if you are overdriving your headlights at night?
7. At what speed are you overdriving your headlights?
8. How many feet will it take to stop from 60mph?
9. What's cruise control do?
10. What does Velocitation mean?
11. What three ways can we control the motion of our cars?

What is meant by overdriving your headlights?

You are overdriving your headlights when you go so fast that your stopping distance is farther than you can see with your headlights. This is a dangerous thing to do, because you may not give yourself enough room to make a safe stop.

What does overdriving your headlights mean quizlet?

Overdriving your headlights means. you cannot stop in the distance illuminated by your headlights. If a driver is blinded by the lights of an oncoming vehicle, he/she should. Look to the right.

When should you use your headlights high beams what is overdriving your headlights?

Use your high beams when there are no oncoming vehicles. Do not overdrive your headlights. Your headlights only let you see about 350 feet ahead.

How do you avoid being blinded by oncoming cars at night?

To avoid being blinded do not look directly at oncoming headlights. Instead look to the right edge of your lane and watch the oncoming car out of the corner of your eye. A couple of other brief points, never drive with just your parking lights on.

Why should you avoid looking directly into headlights when driving at night?

This is the type of glare that's most dangerous, since it can actually block an object down the road from a driver's view. You're three times more likely to have a fatal accident at night than in the daytime. Regardless of which type of headlights an oncoming vehicle has, avoid looking directly at it or its lights.

How can you tell if you are overdriving your headlights at night?

Overdriving your headlights means not being able to stop inside the illuminated area ahead. It is difficult to judge other vehicles' speeds and distances at night. Do not overdrive your headlights—it creates a blind "crash area" in front of your vehicle. You should be able to stop inside the illuminated area ahead.

At what speed are you overdriving your headlights?

It is a safe bet to say that the threshold speed on a poorly lit road with low beams, under the best conditions, is 40 MPH. The same exercises with high beams – the driver has an average of 350 feet of illumination. Move the speed up to 60 MPH or 88.2 Feet/Sec.

How many feet will it take to stop from 60mph?

Virtually all current production vehicles' published road braking performance tests indicate stopping distances from 60 mph that are typically 120 to 140 feet, slightly less than half of the projected safety distances.

What's cruise control do?

Cruise control is a feature that helps reduce such fatigue drivers would feel while driving a long distance. The system imitates the way human drivers drive. But instead of pressing the accelerator pedal, it uses an actuator to control the throttle and helps your car continue cruising at the same speed.

What does Velocitation mean?

Velocitation is a phenomenon caused by driving for long periods at high speeds. A driver may experience velocitation when coming off of the highway; the change in speed makes him or her think that the car is going much slower than it actually is.

What three ways can we control the motion of our cars?

There are three basic ways that we control the motion of our cars. They are speed, braking, and steering. Each of these functions is affected by the laws of gravity, centrifugal force, inertia, kinetic energy, and friction.