Sentence examples for components problem from inspiring English sources

For instance in Fig. 1 KA consists of three major types of components: Solver components, Problem component and Data component.

A clear answerable question is composed of four components – problem, intervention, comparison, and outcome – referred to by the acronym PICO [ 5, 6].

These interviews lasted for approximately 1 h each; the first half of the interview centered on the drafted individual school model, while the second half focused on gaining deeper understanding of two particular critical components (problem-solving projects and partner-supported instruction) in each school that identified these as important pieces of their models.

It also looks forward to a new genre of educational software that we hope will emerge when the basic components problems have been addressed.

Currently, through the smart metering system, the symmetrical components problems can be resolved in real-time by extracting, tracking and detecting any issue related to power disturbance on the grid.

The design and test chip measurements of a [10.8,16]V to [0.65,2]V, 2A, 10 MHz, 25.6 mW/mm2, four-phases single-chip solution are presented with considerations on architecture, passive components, problems related to high frequency integration and relative improvements on power density.

They consist of a very complex mixture of isomers representing therefore a multi-component problem like dioxins or PCBs.

AutoTutor would recognize this deficiency and respond accordingly, suggesting that the student engage in an AutoTutor "Knowledge Component" problem that specifically targets that missing KC.

This work presents a graphical pinch analysis approach for targeting minimum flowrate of partitioning water pretreatment systems in single component problem.

For example, one AutoTutor Knowledge Component problem could ask the student "What is the main function of a rectifier circuit?" and the student is expected to provide the answer "It converts an AC signal into a DC signal".

This paper presents an analytical solution of a non-self-similar, two-phase, multi-component problem of polymer slug injection with varying water salinity (ionic strength) in oil reservoirs.