In terms of pressure, how is it generally distributed in a closed hydraulic system?

In a closed hydraulic system, pressure is generally distributed evenly among all components. This is due to the principles of hydraulics, which dictate that fluid under pressure will exert force equally in all directions within the confines of a closed system. The incompressibility of liquids means that any change in pressure at one point in the system is transmitted uniformly throughout the fluid. As a result, all components in a hydraulic circuit experience the same pressure, assuming there are no significant leaks or obstructions affecting the flow.

When analyzing the other choices, it is clear that they do not accurately reflect how pressure behaves in hydraulic systems. The idea of pressure being distributed along the path of least resistance would imply variations in pressure throughout the system, which is not consistent with hydraulic principles. Additionally, concentrating pressure only at points of highest demand or suggesting that pressure is not equal across all components contradicts the foundational principle that pressure is transmitted equally through the fluid in a closed circuit.