Since someone would be performing wind sprint activities, it is guaranteed when performing any activity is to get better overtime so I would say to "work above your target heart rate"
Answer:
Jane utters the following sentence fluently: "Her norest for the sklike but the correct of Hilmer does not show tense." Jane most likely has
The correct answer to the question above is Option B (Wernicke's aphasia.)
Explanation:
Wernicke’s area of the brain controls human language.
Wernicke’s area is a part of the brain that is responsible for language comprehension. It is typically found in the left hemisphere. It helps in understanding speech and using the correct words to express thoughts. When there is an issue in this area, a patient may experience difficulty processing the meaning of spoken words, speaking in coherent sentences or understanding others’ speech, with the person being able to speak in phrases that sound fluent yet lack meaning.
Wernicke's aphasia, make individuals unaware of even their most profound language deficits, individuals can have fluent speech that does not make sense. Speech tends to include random words and phrases thrown together. A person with Wernicke’s aphasia is often unaware of their errors, and also has a comprehension impairment.
Some of the characteristics of Wernicke’s Aphasia
- Writing, reading comprehension, understanding spoken language is impaired.
- Speech is fluent but does not make sense.
- Speech often includes invented words that have no meaning.
- People with Wernicke’s aphasia may have difficulty processing the meaning of spoken words.
Some of the symptoms of Wernicke’s Aphasia
People with Wernicke’s aphasia:
- Have difficulty repeating phrases.
- Interrupt others and speak rapidly.
- Substitute one word for another or one sound for another
- Understand visual materials better than written or spoken words.
Some of the causes of Wernicke’s Aphasia
- Infections
- Neurological disorders
- Stroke
- Tumors
- Degenerative process
CO2 from the blood is released from the blood cells into the alveoli for exhalation while O2 from the alveoli is received into the blood cells to deliver oxygen to other parts of the body
