Noun Phrase
/əˈprɒksɪmət ˈmɒdəl/
An "approximate model" refers to a simplified representation of a system or phenomenon that is used to achieve a level of understanding or prediction without detailing every aspect of the actual system. This term is commonly used in scientific, engineering, and mathematical contexts. Approximate models are essential for making predictions when exact data is unattainable or unnecessary.
In terms of frequency, "approximate model" is more prevalent in written contexts, particularly in academic and professional literature, than in everyday oral communication.
Los científicos a menudo utilizan un modelo aproximado para estimar el impacto potencial del cambio climático en las regiones costeras.
In simulations, an approximate model can greatly reduce the time required for calculations.
En las simulaciones, un modelo aproximado puede reducir considerablemente el tiempo requerido para los cálculos.
The engineers developed an approximate model to test the feasibility of their design before creating a prototype.
The phrase "approximate model" is not frequently part of idiomatic expressions. However, it can relate to common expressions in the context of modeling and estimation:
Para entender sistemas complejos, los científicos analizan el comportamiento del modelo bajo diversas condiciones.
"Rough approximation" - This means a quick or basic estimation without fine detail.
El arquitecto proporcionó una aproximación burda del presupuesto del proyecto durante la reunión inicial.
"Theoretical model" - This refers to a model based on theoretical principles rather than empirical evidence.
The word "approximate" comes from the Latin "approximatus," the past participle of "approximare," which means "to come near to." The word "model" comes from the Latin "modulus," meaning "a measure" or "scale."
Thus, "approximate model" combines both terms to imply a model that is close enough to reality for practical purposes.
Synonyms: - Estimation model - Simplified model - Rough model
Antonyms: - Exact model - Accurate model - Precise model