Noun Phrase
/ɪˌkwɪpəʊˈtɛnʃəl kɜːv/
An equipotential curve refers to a line or surface over which the potential energy is constant. In physics, particularly in the context of electric fields and gravitational fields, equipotential curves help to visualize the strength and orientation of the field. The concept is frequently encountered in both academic discussions and practical applications, such as in fields like physics, engineering, and geology.
In terms of frequency of use, "equipotential curve" is more commonly found in written contexts, particularly in textbooks, academic papers, and professional discussions related to physics and engineering, rather than in everyday oral speech.
The scientist drew an equipotential curve to illustrate how the electric field varied across the surface.
Ученый нарисовал эквипотенциальную кривую, чтобы проиллюстрировать, как электрическое поле варьировалось по поверхности.
By mapping the equipotential curve of the land, engineers were able to determine the best location for the dam.
Картиируя эквипотенциальную кривую местности, инженеры смогли определить лучшее место для плотины.
Charge distributions can create complex equipotential curves that require careful analysis.
Распределения зарядов могут создавать сложные эквипотенциальные кривые, которые требуют тщательного анализа.
While "equipotential curve" does not appear frequently in idiomatic expressions, it is often used in technical discussions regarding physics and engineering concepts. However, here are sentences using related terms in broader contexts:
The team worked on finding the equipotential surfaces to ensure uniform pressure distribution.
Команда работала над нахождением эквипотенциальных поверхностей, чтобы обеспечить равномерное распределение давления.
Understanding equipotential curves is essential for anyone working with electric fields.
Понимание эквипотенциальных кривых необходимо для всех, кто работает с электрическими полями.
The concept of equipotential lines can be applied to fluid flow in porous media.
Концепция эквипотенциальных линий может быть применена к потоку жидкости в пористых средах.
To analyze the field intensities, we looked closely at the equipotential regions in the diagram.
Чтобы проанализировать интенсивности полей, мы внимательно рассмотрели эквипотенциальные области на диаграмме.
The term "equipotential" is derived from the Latin roots "equi-" meaning "equal," and "potentialis," meaning "potential." The origins of "curve" trace back to the Latin "curva," meaning "to bend," indicating a line or path that deviates from a straight trajectory.
Synonyms:
- Equal potential line
- Isopotential line
Antonyms:
- Gradient line
- Potential difference line