Sentence examples for problem for understanding from inspiring English sources
The phrase "problem for understanding" is correct and usable in written English
It can be used when discussing issues or challenges that hinder comprehension of a subject or concept. Example: "The complexity of the topic presents a significant problem for understanding among the students."
A problem for understanding spatial variation better is the assumption of statistical stationarity that is made in most of the statistical methods used to assess it.
Insufficient data for many of the observed new features are a serious problem for understanding their origins, and new observations are very much needed.
'Offset' deformation not associated with eruptions have been attributed to both magmatic and hydrothermal processes (notably, Pritchard et al., 2013 and Takada and Fukushima, 2013), so distinguishing between these origins at upper crustal depths is an important problem for understanding the shape and characteristics of magmatic domains.
This is the first important problem for understanding the methylation mechanism and drug development in depth.
Therefore, identification of protein complexes from PPI networks has become a key problem for understanding cellular life in postgenomic era.
A major problem for understanding the origin of life, microbial evolution and phylogeny is the lack of microbial fossils.
In order to improve the accuracy of the SPH technique, the paper also presents some test problems for understanding the limitations of different kinds of gradient and Laplacian approximation formulas.
Previous studies showed that the channel assembly in detergent micelles adopts a unique flower-shaped oligomer, but the unusual architecture also presented problems for understanding how this viroporin resides in the membrane.
Neural correlates of explicit and implicit memory tend to co-occur and are therefore difficult to measure independently, posing problems for understanding the unique nature of different types of memory processing.
Algorithmic thinking is a core skill for constructing algorithms to solve problems and for understanding computer science.
Metric approaches, finite-rate exergies, and other quantities important for solving applied irreversible problems and for understanding them from different perspectives are considered.
