Adjectives For Graph
Discover the most popular adjectives for describing graph, complete with example sentences to guide your usage.
Updated on March 16, 2024
In the world of data visualization and mathematical representation, the noun 'graph' takes on a dynamic role, significantly influenced by the adjectives that accompany it. Descriptors like 'same,' 'directed,' and 'complete' highlight the diverse nature and functionality of graphs, touching on everything from structure to relationship dynamics. An 'acyclic' graph, for instance, opens discussions about directional flows without cycles, whereas 'undirected' speaks to the bi-directional or non-specific path relationships between nodes. The use of 'lower' may refer to hierarchical positions or thresholds within graph theory contexts. Each adjective unravels a unique aspect, enriching our understanding and application of graphs in various fields. Explore the full spectrum of adjectives and unlock the nuanced world of graphs below.
| same | |
| directed | The directed graph represents the dependencies between the tasks. |
| complete | The complete graph on 5 vertices has 10 edges. |
| undirected | The undirected graph G has 8 vertices and 12 edges. |
| acyclic | This is an acyclic graph |
| lower | The lower graph shows the temperature over time. |
| connected | The connected graph shows all the vertices and edges of the graph. |
| simple | This is a simple graph |
| upper | In an upper graph the ordering is from top to bottom. |
| bipartite | The bipartite graph is a graph whose vertices can be divided into two disjoint sets such that no two vertices within the same set are adjacent. |
| time | The time graph shows the displacement of the object with respect to time. |
| original | The original graph was a simple line graph. |
| corresponding | The corresponding graph illustrates the relationship between the variables. |
| top | The top graph shows the number of users over time. |
| linear | The linear graph shows the relationship between the two variables. |
| dimensional | The three-dimensional graph illustrates the relationship between the variables. |
| second | The second graph was shown a week later. |
| single | The single graph captures the entire story. |
| planar | The planar graph is a graph that can be drawn on a plane without any edges crossing. |
| weighted | The weighted graph has edges with associated weights. |
| bottom | The bottom graph shows the average temperature over time. |
| line | The line graph depicts the sales figures over the past few months. |
| typical | The typical graph of a function is a curve that shows the relationship between the input and output values. |
| left | The data on the left graph shows the number of people who have been vaccinated. |
| right | The right graph shows the rates of the different crimes over the past five years. |
| cumulative | The cumulative graph depicts the gradual increase in sales revenue over the past five years. |
| random | The number of edges in a random graph follows a Poisson distribution. |
| conceptual | The conceptual graph is a graphical representation of knowledge. |
| entire | The entire graph is a connected component. |
| current | The current graph shows the relationship between the two variables. |
| above | The above graph shows the relationship between the two variables. |
| hand | The hand graph is a mathematical representation of the human hand. |
| dual | The network is composed of a pair of dual graphs. |
| logarithmic | The logarithmic graph shows the relationship between two variables, one of which is often a power of the other. |
| for | The data is plotted for graph |
| finite | The Hausdorff measure of a finite graph is zero. |
| regular | The graph in Figure 1 is a regular graph with degree 3. |
| oriented | The oriented graph has n vertices and m edges. |
| standard | This graph is drawn with a standard graph |
| straight | |
| initial | The initial graph of the function is a parabola. |
| middle | The middle graph shows the relationship between the variables. |
| interval | Interval graphs are used to represent relationships between intervals in mathematics. |
| vertical | The vertical graph shows the relationship between the two variables. |
| global | Researchers have developed a global graph that can identify and track the spread of infectious diseases in real-time. |
| appropriate | You should choose the appropriate graph that represents the research question best. |
| arbitrary | The arbitrary graph G has n vertices and m edges. |
| horizontal | Her speed, plotted on a horizontal graph increased exponentially. |
| partial | The partial graph should be planarity-closed. |
| composite | The composite graph illustrates the relationship between two or more variables. |
| sub | The sub graph of G induced by the induced paths is connected. |
| causal | The causal graph reveals the underlying causal relationships between variables. |
| polar | The polar graph shows the relationship between the angle and the magnitude of a complex number. |
| circular | The circular graph provides a visual representation of the data distribution. |
| terminal | "Terminal graph" is a mathematical tool used to describe the behavior of a system over time. |
| equivalent | This equivalent graph displays the same information as the original graph. |
| schematic | The schematic graph shows the interconnectedness of the various components. |
| molecular | The molecular graph is a graph in which the vertices are atoms and the edges are chemical bonds. |
| continuous | The continuous graph shows the relationship between the variables. |
| hierarchical | The hierarchical graph displayed the relationships between the different levels of the organization. |
| abstract | The abstract graph is a useful tool for visualizing data and uncovering patterns. |
| cyclic | The cyclic graph has a loop. |
| modified | The slightly modified graph had two links that had lower weights. |
| semilogarithmic | The semilogarithmic graph shows the exponential growth of the population over time. |
| resultant | The resultant graph is a tree of depth 2. |
| semantic | The semantic graph is a representation of the relationships between terms in a text. |
| empty | |
| topological | The topological graph of a network indicates the relation between the nodes. |
| extended | The team meets daily to analyze user feedback and update the extended graph |
| dynamic | The dynamic graph visualizes the relationships between entities in a system. |
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