What happens in your head when you drive?


What happens in your head when you drive?

There are things that your mind can’t handle at once.

Multitasking may be one of the skills employers are pursuing around the world. The ability to do things simultaneously encapsulates the time required to complete a series of tasks, a huge “turning point” in the corporate world. However, multitasking is a big problem when you’re driving.

According to psychological research, the brain is not designed to perform many tasks at once, especially when driving. If you think about it, driving is partly a task. With your hands on the steering wheel, you can shift gears with your right hand at any time (manual transmission), while the pedal can control two or three pedals. All of this happens at the same time that your mind starts, and adding another task is considered a distraction.

When you’re driving your brain.

To understand the brain function of driving, you need to know how it works. Your brain has four leaves, each with a frontal lobe, a parietal lobe, a occipital lobe and a temporal lobe. The frontal lobe deals with emotional regulation, while the parietal lobe is responsible for coordinating visual and tactile perception. The occipital lobe is responsible for processing visual responses, while the temporal lobe is auditory.

It’s worth noting that when you’re behind the wheel, the frontal lobes can be used as an alarm device to prevent imminent danger, because it will remind you of your reaction. The parietal lobe is how hard you try to put the brakes on, or how far you are, you turn in an emergency. The occipital lobe you see all the processes around you know where to turn. Finally, the temporal lobe allows you to be alert based on what you hear.

Distracted driving in all its forms.

Driving your car requires more work. It has different areas that are working to keep you alert and sensitive. Doing another activity at the same time that all these things happen may lead to overlapping information sent from the brain to the body, which leads to confusion and restlessness – often referred to as distracted driving.

Data from the ford Philippines show that the world health organization (WHO) experts have identified four major categories of distracted driving: vision, hearing, manual and cognitive.

Each category has its own “trigger,” and most drives can’t resist when it happens. The trigger is the element that enables the driver to use the mobile phone or diet to complete the primary task (driving) to the secondary task.

Visual noise

Thanks to mobile phones, public billboards and other visual elements, this is one of the most common forms of distraction on the road. Visual disturbance triggers are classified as 2, internal and external triggers. Internal triggers are interference in the car (e.g. mobile phones), while external triggers are external distractions (such as public billboards/advertisements).

Auditory scattered

Playing music on your trip is quite refreshing, especially if it’s a long destination. However, playing noisy music can confuse your brain and make it difficult to concentrate. In addition, playing full-audio audio in a closed car can temporarily damage your hearing, making it difficult to identify an emergency alarm and other traffic related sounds.

Manual distraction

It’s not acceptable for drivers to eat while driving, texting or changing clothes, just because they need help. Manual distraction is the activity of divers taking their hands off the steering wheel.

If you happen to feel the urge to reply to text messages or be hungry, it’s best to find a place to procrastinate.

Cognitive distraction

When you walk down the street, do you have any mental torture? That’s the case, and it could be worse when you’re driving a car. Cognitive distraction occurs when the driver’s attention is impaired.

One example is when a driver is caught in a conversation on the phone and loses attention on the way. Other things that affect a person’s cognition are drugs, sleepiness and anxiety attacks.

Digital distracted driving

According to data released by the U.S. department of transportation, 94 percent of fatal crashes are caused by driver error. Thirty-seven percent of those accidents involved drivers using cell phones. This is one of the reasons why carmakers are integrating bluetooth and/or smart phones that are compatible with Android Auto, such as Apple CarPlay and Android.


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