The phrase "adequate for a given" is correct and usable in written English.
It can be used when discussing whether something meets the necessary standards or requirements for a specific situation or purpose.
Example: "The resources provided were adequate for a given project, ensuring its successful completion."
Alternatives: "sufficient for a specific" or "suitable for a particular".
The double objective of this numerical study is, first, to determine which bases are most adequate for a given combination of nonlinearity and excitation and, second, to which extend the bases exhibit an inherent robustness if the parameterisation of the excitation is changed.
However, most of these studies are centred in the use of a single type of PCM, which is bound to be more adequate for a given season of the year (e.g. winter or summer) than for all the seasons.
Innate immunity may or may not be adequate for a given threat.
Given this wealth of new functions, it is important for engineers to be able to identify an adequate function for a given problem.
From a statistical point of view, the regression analysis is an area of ongoing research, so an ever-growing collection of techniques makes it difficult the selection of the most adequate one for a given problem.
Further, these assumptions are shown to change across different datasets, making the search for an adequate model for a given dataset quite challenging.
The combination of these four parameters with two allocations each led to a total of 16 scenarios yielding a detailed insight that is important when choosing the adequate method for a given dataset or for a certain purpose.
Furthermore, the diagram can be used to select adequate simple models for a given impact situation.
This article emphasizes the importance of adequate formulation design for a given product and its action mechanism.
Hence, the development of a system capable to automatically generate the most adequate dam model for a given situation is a necessity.
These findings are summarized in a map of utilization and polarization that can be used to select adequate flow rate for a given tank size.
