The choices for this question can be found elsewhere and as follows:
A. Hypertonic blood will lose water to the interstitial fluid, which makes the interstitial fluid hypertonic. This, in turn, causes water to move into the cell.
<span>B. Hypertonic blood draws water out of the interstitial fluid, which makes the interstitial fluid hypotonic. This, in turn, makes the interstitial fluid lose water to the cells. </span>
<span>C. Hypertonic blood draws water out of the interstitial fluid, which makes the interstitial fluid hypertonic. This, in turn, draws water out of the cells. </span>
<span>D. Hypertonic blood forces water into the interstitial fluid, which makes the interstitial fluid hypotonic. This, in turn, makes the interstitial fluid lose water to the cells.
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From the choices, I believe the correct answer is option C. Hypertonic blood draws water out of the interstitial fluid, which makes the interstitial fluid hypertonic. This, in turn, draws water out of the cells.
Answer:
presents longitude lines as parallel
Explanation:
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Answer:
The correct answer is option D, that is, 2,4,6,1,5,3.
Explanation:
With the approaching of sound waves, ear pinna mediates it towards the external auditory canal, this makes sound waves to reach the tympanic membrane. This results in the vibration of the tympanic membrane, and as the malleus, that is, the first ear ossicle, which is attached to the tympanic membrane gets displaced.
This movement of the malleus further moves the stapes and the incus. As the footplate of the stapes is associated with the oval window, the movement of the oval window takes place. This movement of the oval window creates pressure waves in the vestibular duct's perilymph. The movement of these pressure waves takes place from the Oval window to the Round window.
At the time of this movement, the pressure wave distorts the basilar membrane on its path to the round window, resulting in the vibration of the basilar membrane and the hair cells situated in the membrane against the tectorial membrane.
The stimulation of the sensory neurons takes place in the vestibulocochlear nerve's cochlear branch due to the displacement of the stereocilia. Post this, information reaches the auditory cortex in the temporal lobe's superior temporal gyrus, and hearing takes place.
The nurse is caring for an infant with bacterial meningitis. The etiology would the nurse consider as the most likely route of transmission to the central nervous system is cranial aperture or sinuses.
Bacterial meningitis is the infection in which the membrane of the brain and spinal cord is effected. This can cause swelling and press against the brain or spinal cord which can even cause life threatening conditions.
Common bacteria that can cause meningitis are Stretococcus pneumonia, Haemophilus influenza, Neisseria meningitidis.
Infant with bacterial meningitis have vomiting, seizures and irritability. The most likely cause of contamination for the disease may come from cranial aperture or sinuses.
To learn more about bacterial meningitis here
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