What are three scenarios that could cause highway hypnosis?

What causes highway hypnosis?

Traveling long distances.
Driving on straight, wide roadways with little distracting scenery.
Driving on a familiar route.
On a monotonous drive, where few changes in speed, stops or turns are required.
A driver is suffering from fatigue.

What are 5 things that put a driver at risk for highway hypnosis?

Highway Hypnosis

Aggressive Driving.
Air Bag.
Angle Parking.
Antilock Braking System (ABS)
Blood Alcohol Concentration or Blood Alcohol Content.
Basic Speed Law.
Blind Spots.
Carpool Lanes.

What can highway hypnosis increase?

Highway hypnosis is similar to drowsy driving or falling asleep behind the wheel. The parts of the brain are not communicating with one another as quickly or as frequently as someone who is fully awake or conscious. This reduces driver reaction time and can increase the risk of collisions.

What are 5 adverse conditions that affect visibility?

4 Conditions That Cause Limited Visibility and How to Handle Them

Time of day. Too much sun or not enough sun can play tricks on the most experienced drivers.
Weather conditions. Dicey weather conditions like heavy rain, snow or fog are less than optimal.
Direct obstructions to your view.
Poor roadway design.

What should not be done when driving with poor visibility?

Strict rule: don’t overtake using the oncoming lane. Even when you see no light approaching, it is never safe to assume that it’s clear to pass. Keep in mind that there may be cars out there with defective headlights. Always drive defensively and widen your mind about your surroundings.

What emotion affects most drivers most often?

anger

What visibility should you not drive in?

When you cannot see any farther than 100 feet, you cannot safely drive faster than 30 mph. You may have to stop from time to time to wipe mud or snow off your windshield, headlights, and taillights.

What should you do in order to recover from a skid?

Recovering from a Skid

Take your foot off of the accelerator.
Steer in the direction you want the front wheels to go.
If your rear wheels start sliding the other way as you recover, ease the steering wheel toward that side.
If you have standard brakes, pump them gently.

What two factors are the major causes of nighttime traffic deaths?

The reason for higher fatality rates at night could be due to both lower seat belt use and other major factors in nighttime crashes, such as higher alcohol involvement, more speeding-related crashes, and type of crash (more single- versus multiple-vehicle) suggesting that drivers during nighttime travel tend to take …

What is a good visibility?

7=Visibility good, objects not visible at 10 miles (nautical). 8=Visibility very good, objects not visible at 30 miles (nautical). 9=Visibility excellent, objects visible more than 30 miles (nautical).

How can you determine that the visibility is good?

Various rules have been established for how visibility should be judged:

An object should not merely be seen but should be identifiable against the background as a specific object.
Visibility should be estimated at ground level where there is an uninterrupted view of the horizon.

What does visibility mean example?

Visibility is defined as how well you are able to see or to the ability to be seen. When a rain storm makes it very hard to see, this is an example of a situation with low visibility. The visibility from that angle was good.

What is the highest visibility?

The maximum visibility at sea level is about 200 light-years. Just look at any star just above the Horizon (Sea Level). Oh, and the Star on the Horizon is probably just a bit below the horizon due to refraction.

Is 10 miles good visibility?

So, 10-mile-visibility means that a person should be able “to see and identify” in the daytime “a prominent dark object against the sky at the horizon” and at night “a known, preferably unfocused, moderately intense light source” that’s 10 miles away.

What causes bad visibility?

Haze diminishes the natural visual range. Haze is caused by fine particles that scatter and absorb light before it reaches the observer. As the number of fine particles increases, more light is absorbed and scattered, resulting in less clarity, color, and visual range.