/gɛ.nə.ɹə.laɪzd sfɪə(r)/
The term "generalized sphere" often pertains to concepts in mathematics or physics, particularly when discussing higher-dimensional spaces or abstract geometrical forms. A generalized sphere can describe a sphere in any n-dimensional space, often used in topology or various fields of science and engineering.
In the English language, "generalized sphere" is a specialized term and tends to appear more frequently in written contexts, such as academic papers, research articles, or advanced textbooks, than in everyday conversation.
Математик объяснил, что обобщённая сфера может существовать в любом числе измерений, расширяя наше понимание пространственных форм.
In topology, a generalized sphere can help understand the properties of different types of surfaces and their boundaries.
В топологии обобщённая сфера может помочь понять свойства различных типов поверхностей и их границ.
The researchers utilized a generalized sphere to model the behavior of particles in a multidimensional space.
While "generalized sphere" itself is not commonly featured in idiomatic expressions, it is important in mathematical and scientific discourse that may include phrases like "theoretical sphere," "sphere of influence," or "concentric circles of thought." These phrases can represent an array of implications relevant to abstract or multidimensional concepts.
Теоретическая сфера исследований должна охватывать все измерения, чтобы обеспечить полное понимание.
She has a vast sphere of influence in the academic community, often shaping new theories and methodologies.
У неё широкая сфера влияния в академическом сообществе, она часто формирует новые теории и методологии.
The concept of concentric circles of thought can be useful when discussing the layers of meaning within a generalized sphere.
The term "generalized" derives from the word "general," meaning not specific to one instance but applicable in broader contexts. The "sphere" comes from the Latin "sphaera," which means a ball or globe, originating from Greek "sphaira." Together, "generalized sphere" conveys the idea of spherical forms being extended beyond traditional confines.
Geometric sphere
Antonyms:
This term is relevant primarily to advanced studies in mathematics, physics, and possibly philosophy, with limited use in colloquial language.