Áramlattá

Áramlattá is a Hungarian term that translates to "current" or "flow" in English, commonly used in the context of electrical current or the flow of fluids. In physics and electrical engineering, it refers to the rate of flow of electric charge. This flow is typically measured in amperes (A). Understanding áramlattá is fundamental to comprehending how electrical circuits function and how energy is transferred. The direction of áramlattá is conventionally defined as the direction in which positive charge would flow, although in most conductors, the actual charge carriers are electrons, which are negatively charged and flow in the opposite direction.

Beyond electricity, áramlattá can also describe the movement of liquids or gases. For instance, the áramlattá of water in a river or the áramlattá of air in a ventilation system. In these contexts, it denotes the volume or mass of the fluid passing a point per unit of time. The principles governing fluid áramlattá are studied in fluid dynamics and have applications in various engineering fields, including hydraulics and aerodynamics. The term emphasizes the dynamic nature of movement and the continuous progression of something from one point to another.