"Hydraulically" Natural Recordings by Native Speakers
Having to do with the use of fluid pressure, especially water or oil, to transmit power or movement.
To hydrate means to supply with moisture or liquid, especially water, in order to maintain or restore health and bodily functions. It can also refer to the process of absorbing or retaining humidity or moisture.
Hydrated means to have a sufficient amount of water or moisture in the body, usually referring to the state of being well-hydrated, which is important for physical health and functioning.
The word "hydrating" means providing with water or moisture to prevent or alleviate dehydration. It can also refer to the process of absorbing or retaining water, or to the state of being hydrated. For example, "The gym has hydrating drinks available to keep customers cool and refreshed after their workout."
Hydration refers to the process by which the body takes in and uses water and other fluids to maintain proper bodily functions, such as regulating body temperature, lubricating joints, and aiding digestion. It is essential for overall health and well-being.
Relating to or using hydraulic pressure, which is the pressure exerted by a fluid, especially a liquid, above atmospheric pressure. In engineering, hydraulic systems use this pressure to transmit power or motion, often in machines such as lifts, pistons, or cylinders. The term can also describe systems or devices that operate using this principle, such as hydraulic hoses, pumps, or valves.
Hydraulicon refers to a device or instrument used for measuring the pressure of fluids, typically liquids such as water, oil, or air, usually measured in units of force per unit area (e.g., pascals or pounds per square inch).
Hydraulics is the branch of engineering that deals with the use of liquids, such as water or oil, to transmit power or motion in machines. It involves the design and application of systems that utilize hydraulic pressure to perform tasks, such as lifting, pushing, or pulling. Common examples of hydraulic systems include the steering system of a car, the brakes of a bus, and the boom of a crane. The term "hydraulics" comes from the Greek word "hydor," meaning water, and is often used to describe the study or technology relating to fluid pressure or motion.
Hydrazinolysis is a chemical reaction in which a nitrogen-nitrogen double bond is broken, typically in a hydrazone or an azo compound, by treatment with hydrazine. This reaction is often used to cleave these types of molecules, often reversibly, into their constituent parts.
A hydria is an ancient Greek vase, typically with a characteristic shape, used for storing and carrying water.