The diagram below represents the hydrostatic and oncotic pressures at the arterial and venous ends of a capillary, as well as in the surrounding tissue fluid:
Which statement correctly describes the net filtration pressure at each end of the capillary and the resulting movement of fluid?
At the arterial end, there is a net pressure of 1.6 kPa1.6\text{ kPa}1.6 kPa forcing fluid out of the capillary; at the venous end, there is a net pressure of 0.7 kPa0.7\text{ kPa}0.7 kPa drawing fluid back into the capillary.
At the arterial end, there is a net pressure of 1.4 kPa1.4\text{ kPa}1.4 kPa forcing fluid out of the capillary; at the venous end, there is a net pressure of 0.9 kPa0.9\text{ kPa}0.9 kPa drawing fluid back into the capillary.
At the arterial end, there is a net pressure of 1.2 kPa1.2\text{ kPa}1.2 kPa forcing fluid out of the capillary; at the venous end, there is a net pressure of 1.1 kPa1.1\text{ kPa}1.1 kPa drawing fluid back into the capillary.
At the arterial end, there is a net pressure of 1.6 kPa1.6\text{ kPa}1.6 kPa drawing fluid back into the capillary; at the venous end, there is a net pressure of 0.7 kPa0.7\text{ kPa}0.7 kPa forcing fluid out of the capillary.
