Sentence examples for many interrelationships from inspiring English sources

They could build up squares by adding gnomons to smaller squares and from such a figure could deduce many interrelationships: thus 12 + 3 = 22, 22 + 5 = 32, etc.; or 1 + 3 + 5 = 32, 1 + 3 + 5 + 7 = 42, 1 + 3 + 5 + 7 + 9 = 52, etc.

In [9], many interrelationships between various factors and types of braking techniques were analyzed.

The many interrelationships among these factors lead to an additive vulnerability that increases the predictability that drug abuse will occur.

By considering bi-cliques, we take into account many interrelationships among the alleles and are able to make use of a procedure that only needs to look at each combination a very small number of times, thereby keeping the computational effort manageable despite the large number of combinations.

There were many interrelationships between variables; not all are reported here.

The NHANES methodology may not be suitable for all dental research activities, such as some clinical trials, but these methods should be suitable for exploring many systemic interrelationships.

Models can be used to identify which of the many complex interrelationships and interdependencies that determine a health outcome are the most important to describe its current geographic range, seasonality, and incidence, and to project how these might change when one or more parameters change.

The networks generated were statistically robust and independently corroborated many established cytokine interrelationships described in the literature (e.g. between IL-13 and MCP-1, between IL-12 (p40) and IFN-γ) [ 61, 71].

A systems perspective recognizes that health care is a complex adaptive system, comprising many components with multifaceted interrelationships.

Energy system management is an important tool for regional energy and environmental development, and many parameters and their interrelationships in energy-environmental management model appear complexity and uncertain.

It is a very difficult task to deduce unequivocal general relationships between process variables, product formation and fungal morphology since too many parameters influence these interrelationships and the role of many of them is still not fully understood.