Question

Which functional area of the cerebrum is responsible for the ability to form words? Primary visual area Wernike's area Broca's area Primary somatosensory area Primary olfactory area

          Which functional area of the cerebrum is responsible for the ability to form words?
Primary visual area
Wernike's area
Broca's area
Primary somatosensory area
Primary olfactory area
        
Which functional area of the cerebrum is responsible for the ability to form words?
Primary visual area
Wernike's area
Broca's area
Primary somatosensory area
Primary olfactory area

Added by Cynthia G.

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Biology for AP Courses
Biology for AP Courses
Julianne Zedalis, John Eggebrecht
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Which functional area of the cerebrum is responsible for the ability to form words? Primary visual area Wernicke's area Broca's area Primary somatosensory area Primary olfactory area
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Transcript

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00:01 The cerebrum is divided into four lobes.
00:14 The frontal lobe, which involves in the personality, behavior, emotions, judgment planning, problem solving, speech, speaking and writing, the brokhas area, body movements, the motor strip, intelligence, concentration, and self -awareness.
00:45 Parietal lobe, which interprets language, words, sense of touch, pain, temperature, sensory, strip, interpret signals from vision, hearing, motor, sensory and memory, spatial and visual perception, the occipital lobe, which interprets vision.
01:37 Like color, light, movement, and temporal lobe with understanding the language, that is one area, memory, hearing and sequencing and organization.
02:20 The primary motor area, primary motor area is a primary motor area is a part.
02:37 Part of the frontal lobe and located just in front of the central gyrus.
02:55 Central sulkus in front of central sulkus.
03:12 Its main function is to generate signal to direct the movement of the body.
03:39 It provides the most important signal for the production of skilled movements.
03:44 Electrical stimulation of this area results in focal movements of the muscle groups on the opposite side of the body, depending on the area simulated.
04:00 The primary somatosensory area.
04:12 It is located in the post -central gyrus of the peridolo.
04:42 The primary somatocensory cortex, which is s1, plays a critical role in processing different somatosensory input and contributes to the integration and it contributes to the integration of sensory and motor signals necessary for the skilled movement...
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