Subdural Hematoma, Hemorrhages, Aneurysms, Blockages, occasionally athersclerosis, Arteriovenous malformation, etc.
It is a reflection. What have you learned today? This question just wants you to know how to solve a situation like this. Would you assume that the patient was trying to spell the word "unit" when the patient himself is being rushed as well? Or would you call his phone number about his writing error? Not much of a doctor person but this is more like "what to do" type scenarios.
The lower limit (5th percentile) of systolic blood pressure can be estimated with this formula: 70mm Hg + (2 x age in years).
Thus, according to the question:
Systolic blood pressure = 70mm Hg + (2 x 9)
= 70mm Hg + 18
= 88mm Hg {answer}
Blood pressure can define as the pressure exerted by flowing blood on the walls of the veins and arteries of the body. It is measured in two terms: systolic blood pressure and diastolic blood pressure.
Systolic blood pressure measures the pressure exerted by blood in the arteries when the heart pumps the blood into it whereas diastolic blood pressure measures the pressure exerted by the blood when the heart is at resting between the beats and not pumping the blood.
Normal systolic blood pressure reads 120 and normal diastolic blood pressure reads 80. So the overall normal blood pressure will be "120/80 mmHg" where mmHg is the unit in which the Blood pressure is measured.
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Answer:
The diagram presented is useful to understand the difference between these two types of exchange, which represents two fluid streams that travel parallel separated by a semipermeable or thermo-conductive membrane. The blue color represents the lowest value of the characteristic to be exchanged, while the red color indicates the highest value, so that the direction of the transfer will be of the fluid with the highest value to the lowest value. In the specific case of heat, the movement follows the second law of thermodynamics and in the case of solids as solutes the phenomenon of osmosis is followed. Exchange in equicorrent and countercurrent.
Direct flow
In this system the two fluids go in the same direction and their gradient varies along the flow path. Taking into account that the fluid present in the two tubes is the same, this method of exchange is only capable of exchanging half of the property (heat, matter, concentration, etc.) between fluids, no matter how long the flow path If either of the two currents changes their property by 50% or more, the exchange will be interrupted since the gradient is reduced to zero, indicating that the equilibrium point has been reached. In case of having unequal flows, the equilibrium conditions will be a little closer to the conditions of the current that has the greatest flow.