functional relationship

A power law is a functional relationship between two quantities.

The model is often referred to as a functional relationship.

However, the functional relationships among these components are not still clear.

Indirect methods can help develop a correlation hypothesis but not a functional relationship.

Some time was devoted to determining a functional relationship between them, including a domain over which it would be valid.

It helps people understand and create functional relationships (also sometimes called cause and effect).

The functional relationship between the control voltage and the output frequency may not be linear.

The supply equation is the explicit mathematical expression of the functional relationship.

But there are other functional relationships among program artifacts that express derivations.

They work together by recognizing the change in strength (emotion) and its functional relationship to an operation (drive).

Elements are generally grouped into suites, according to loose functional relationships between them.

This result indicates that these documents should be excluded from calculations designed to find functional relationships.

This last functional relationship characterizes the entropy of a system with sub-systems.

The information collected aids the development of a hypothesis, but to demonstrate a functional relationship, one must use the experimental method.

The main advantage of the experimental method is the demonstration of a functional relationship.

In a sense, then, "plates" are a heuristic-rather like fitting a straight line through a set of points without a clear functional relationship.

Another thing about direct observation is, like indirect methods, it can only demonstrate a correlation but not a functional relationship.

But since this is a basic human need, the deprivation she suffers will affect her ability to sustain functional relationships.

This may eventually lead to a method to find functional relationships between proteins with even lower overall sequence similarity.

It is the within-subject replication and allows for the determination of functional relationships.

Models often involve making a structural assumption about the form of the functional relationship here: for example, as in linear regression.

There was a functional relationship between transmitter power and relative distance but the figure was 1/r6.

These network structures also represent functional relationships by approximating the rate at which genes are transcribed.

These brain centers model the functional relationships between mammalian centers".

It allows the formulation of functional relationships.