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It controls your voluntary movements. It allows you to imporve your driving by experience.
It is responsible for interpreting and reacting to stimuli while driving. The auditory cortex helps us to interpret horns given by other vehicles. It helps us to adjust the heat in our vehicle so that we feel comfortable while driving.
it helps you press the brakes and accelerator.
helps to put together all endocrine glands to be more careful and patient,when you driving a car.
The amygdala is active while driving because it plays a role in processing emotions, especially fear and anxiety, which are heightened in potentially risky situations like driving. It helps to regulate responses to potential threats on the road and can also be involved in decision-making and assessing the emotional significance of different stimuli while driving.
The Reticular Formation alerts a person who is driving along and brings them to full attention when a car pulls out in front of them.
your subconscious mind is active during dreaming, while the conscious, waking mind rests in sleep. In response to the question about the brain, many different areas of the brain are active during dreams. The pons appears to stimulate dreaming, while the various sensory areas activate in dreams as if they were perceiving stimulation while awake. The cerebral cortex is particularly active during REM (Rapid Eye Movement) sleep. See the link to the Wikipedia article "sleep," below, for further information and references.
It is important to drive while a license is active. For driving without a license, a person can lose their license for a longer time, pay a fine and court costs, or even spend time in jail.
The pons acts as a bridge in the brain sending information to other parts of the brain, the stop sign one sees while driving will be sent to the pons before it is sent to the occipital lobes.
im guessing you have mrs.cail too lol im googling these same questions
It is a gland that secretes adrenaline to increase body activity.
Sensory receptors enable you to respond to stimuli in the environment of an organism. Some sensory receptors respond to taste and smell while others respond to physical stimuli.