First it will go to your visual cortex, then to the Angular gyrus where the visual words are transformed into an auditory code, then to Wernicke's area which interprets the code, and then it will go to Broca's area where speech muscles are controled through the motor cortex.
So the answer to the test question you obviously didn't study for is: Visual Cortex, Angular gyrus, Wernicke's area, Broca's area and the Motor Cortex.
I'm only helping because I'm a dirty cheater too.
Good luck!
The left side of the brain is primarily responsible for controlling language and speech expression. It is involved in processing grammar, vocabulary, and producing speech.
Right
The cerebellum, located at the back of the brain, primarily controls balance and coordination. It receives information from the inner ear to help maintain balance and posture. Both sides of the brain are involved in controlling and processing balance, but the cerebellum plays a significant role in this function.
The amygdala, which is part of the limbic system in the brain, is primarily responsible for the startle response. It is involved in processing emotions and is particularly important for fear-related behaviors.
No, the thalamus does not directly regulate water balance. The thalamus is primarily involved in processing sensory information and relaying it to the cerebral cortex. Water balance is primarily regulated by the hypothalamus, a separate brain structure located below the thalamus.
three
The left side of the brain is primarily responsible for controlling language and speech expression. It is involved in processing grammar, vocabulary, and producing speech.
Sir Richard Steele once said, " Reading is to the mind what exercise is to the body." When you read, you learn. You're actually exercising your brain, because reading makes you think. Even if you're reading a work of fiction, it takes effort to translate the words on the page into mental pictures. You may not realize this as you're reading, but you've become actively involved, unlike when watching television. TV keeps you passively involved, as your brain simply soaks in what's happening on the screen, whereas with reading, you're actively participating. Studies have shown that reading stimulates your brain, allowing your mind to remain sharp even into old age. If you fail to exercise your brain, your brain will begin to fail. You've heard that if you don't exercise your body, your muscles will decline. The same goes for your mind. If it isn't exercised regularly through reading or studying, it, too, will begin to deteriorate. Learning something new, such as a foreign language, will challenge your brain and force it to create stronger links between memory cells. Reading, also, causes your brain to work harder, which builds stronger brain cell connections.
Neurogenesis primarily occurs in the hippocampus, a region of the brain involved in memory and learning. It can also occur in the olfactory bulb and striatum, but to a lesser extent.
The auditory cortex, located in the temporal lobe of the brain, is primarily responsible for processing sound information received from the ears. This region is involved in interpreting the pitch, volume, and location of sounds.
Stumbling over words while reading aloud can occur due to various factors, such as anxiety, lack of familiarity with the text, or cognitive overload. When trying to process the words, the brain may struggle to keep up with the pace of reading, leading to hesitations or mispronunciations. Additionally, distractions in the environment or self-consciousness about being heard can further impede fluidity. Practicing regularly and focusing on comprehension can help improve fluency.
read
Right
it would be the cortex portion of the brain
Reading is a mind stimulant. Reading helps exercise your brain, to some effect. Reading words you don't understand, or looking them up, or just thinking about them will make more connections in your brain. The more connections you have in your brain, the more intellectually advanced you will be.
Conduct Disorder primarily affects the prefrontal cortex of the brain, which is involved in decision-making, impulse control, and judgment. This disorder can lead to difficulties in regulating behavior, emotions, and social interactions.
The cerebellum, located at the back of the brain, primarily controls balance and coordination. It receives information from the inner ear to help maintain balance and posture. Both sides of the brain are involved in controlling and processing balance, but the cerebellum plays a significant role in this function.