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Principles Chapter 7 Cross Word

Horizontales
The use of fluids (liquids or gases) under pressure to transmit and control energy.
States that pressure and volume are inversely related at constant temperature
A tank that stores fluid in a hydraulic system.
The force applied per unit area in a fluid system, typically measured in psi or bar.
States that volume and temperature are directly related at constant pressure
A mechanical actuator that creates linear motion using fluid power.
A branch of fluid power that uses incompressible liquids (usually oil) to generate force and motion.
A valve that determines the path fluid takes through a system.
A property of gases like air; they can change volume when pressure is applied.
The volume of fluid passing a point in a system per unit time (e.g., GPM or L/s).
A property of liquids like hydraulic oil; they do not significantly change volume under pressure.
Verticales
The increase of output force using fluid pressure and piston size differences, based on Pascals Law.
A device (like a cylinder or motor) that converts fluid power into mechanical motion.
A component in a hydraulic system that moves fluid by converting mechanical power into hydraulic energy.
A control device that regulates the direction, pressure, or flow of fluid in a system.
The study of fluids at rest, focusing on pressure and forces in stationary fluids.
The process of converting and moving energy from one place to another, such as from fluid to mechanical.
A gas law combining pressure, volume, and temperature
The speed at which fluid moves through a system, typically in m/s or ft/s.
The study of fluids in motion, dealing with velocity, flow, and dynamic forces.
A principle stating that pressure applied to a confined fluid is transmitted equally in all directions.
A pneumatic system component that increases the pressure of a gas.
The use of control systems to operate equipment with minimal human intervention, common in fluid power systems.