Ordered pairs
I believe you need 2 pieces of data (either an angle or another length) before you can calculate anything about the triangle. Anyone else can correct me if I'm wrong.
When we say that one attribute of a table is functionally dependent on another, it means that the value of the first attribute is determined by the value of the second attribute. In formal terms, if attribute A functionally determines attribute B, then for every unique value of A, there is exactly one corresponding value of B. This relationship is crucial in database design as it helps to ensure data integrity and reduce redundancy by organizing data in a way that reflects these dependencies.
In statistics, the name for that is "outlier". Another possible word is "anomaly".
The ratio of a pair of values is always the same. or The scatter plot of the data indicates a straight line with a positive slope that passes through the origin.
In a Data Flow Diagram (DFD), a single arrow represents the flow of data between processes, data stores, and external entities. It indicates the direction of data movement, showing how information is transmitted from one component to another. This helps in visualizing the system's data flow and understanding how inputs are transformed into outputs within the system.
two pieces of data corresponding to one another
Other words for "pieces of information" are clues, facts and data.
Corresponding areas refer to regions that are related or equivalent in some way, often in the context of geometric figures or mathematical problems. In geometry, corresponding areas may involve shapes that are similar or congruent, where the areas can be directly compared or calculated based on their proportions. In other contexts, such as data analysis or statistics, corresponding areas might refer to segments of data that relate to one another, allowing for comparisons or correlations to be drawn.
An ordered pair is a list of two numbers, in which the order matters. For example, (5, 2) is an ordered pair; this pair is not the same as (2, 5). For comparison, for the numbers in a set the order does not matter.
The layer directly above it The layer directly below it The corresponding layer on the receiving computer
Matched Samples
That's the mean ('average') of the numbers in the dataset,divided by the number of pieces of data.
The sum of a set of data divided by the number of pieces of data is the average or mean.
there is a matching of the first sample data drawn and a corresponding data value in the second sample data.
The ''mean'' is just another term for average. To find the mean, you must add all of the data together and divide that number by the number of pieces of data. Hope this helped! ~Maci~
The relationship where one set of data increases as another set of data also increases is described as a positive correlation. In this context, the two variables move in the same direction, meaning that higher values of one variable correspond to higher values of the other. This is often referred to as being directly related or directly proportional, indicating a consistent and predictable relationship between the two sets of data.
The network as an IP address; the corresponding subnet mask (often shown in shortcut notation, e.g., /24), the next-hop address; the interface through which data must be sent to that network; how it was learned (directly connected, static configuration, or some routing protocol); the administrative distance; the cost or metric.