The net osmotic pressure when the net filtration pressure at the arterial end is 10 mmHg and the net hydrostatic pressure is 37 mmHg will be 27 mmHg.
Net filtration pressure is the total pressure required to promote filtration. This filtration pressure displays the relation between the hydrostatic pressure and the osmotic pressure that drives the fluid out of the capillary. The formula for the calculation of net filtration pressure is:
Net filtration pressure = Net hydrostatic pressure - Net osmotic pressure.
According to the question,
Net filtration pressure = 10 mmHg; Net hydrostatic pressure = 37 mmHg.
The above stated formula can be rearranged as:
Net osmotic pressure = Net hydrostatic pressure - Net filtration pressure
∴Net osmotic pressure = 37 mmHg-10 mmHg
Net osmotic pressure = 27 mmHg.
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