In a hydraulic context, a series configuration is associated with which parameter?

In a hydraulic context, a series configuration is associated with which parameter?

• A. Flow
• B. Pressure
• C. Temperature
• D. Viscosity

Answer: (B)

In a hydraulic network, placing components in series means the same flow must pass through every element, so the total pressure the system must provide is the sum of all the individual pressure drops. That cumulative pressure behavior makes pressure the parameter most closely associated with a series configuration. Fluid properties like temperature and viscosity affect how large those losses are, but they don’t define the series arrangement itself. In contrast, a parallel configuration is about how flow divides while the pressure across branches stays the same.

In a hydraulic network, placing components in series means the same flow must pass through every element, so the total pressure the system must provide is the sum of all the individual pressure drops. That cumulative pressure behavior makes pressure the parameter most closely associated with a series configuration. Fluid properties like temperature and viscosity affect how large those losses are, but they don’t define the series arrangement itself. In contrast, a parallel configuration is about how flow divides while the pressure across branches stays the same.