We explain the connection between experimental measurables and a theoretical concept known as the J factor with the intent of raising awareness of subtle theoretical details that should be considered when drawing conclusions.
In this work, we establish a connection between the Poisson's ratio, a measurable elastic constant [30], and the spring constants used in the atomistic strain simulations, within the framework of linear elasticity theory.
Indeed, one definition of function is "the teleological connection between a human's goal and the measurable effects of the artefact" [1].
To be classified as a research question, the following criteria are required: (i) answering the question requires a hands-on investigation and data collection; (ii) the question includes a specific measurable dependent variable, a specific manipulated independent variable, and the connection between them; and (iii) the answer to the question is unknown to the student.
Fard et al. [33] defines a reliability factor by assuming a statistically independent constant failure rate, but this rate only reflects the probability of successful completion of a task – there is no clear connection between this concept and a factual and measurable metric from hardware and software point of view.
Further quantification of these links between the type and duration of connection between side arms and main channel, including the hyporheic zone, measurable at large scale, and microbial processes, measurable at micro-scale, should allow quantifying the effects of floodplain restoration on nutrient cycling in the river systems.
Some of the most powerful evidence for an innate connection between humans and nature comes from studies of biophobia (the fear of nature), in which measurable physiological responses are produced upon exposure to an object that is the source of fear, such as a snake or a spider.
The connection between memory and fear.
What is the connection between the two?
Is there a connection between these things?
