Graph example sentences

"Graph" Example Sentences

1. They graphed the test scores on a line graph.
2. The bar graph showed a clear upward trend in sales.
3. The pie graph illustrated the distribution of different flavors of ice cream sold.
4. The scientists plotted their data on a scatter plot graph.
5. They created a bar graph to visualize the changes over time.
6. The graph indicated a strong positive correlation between the two variables.
7. She labeled the x-axis and y-axis of the line graph carefully.
8. They connected the data points on the line graph with straight lines.
9. The line graph mapped changes in temperature over the month.
10. The plot points on the scatter plot graph showed a linear relationship.
11. The results were depicted using a column graph.
12. The polar area graph illustrated the regional distribution of votes for each candidate.
13. The bubble graph mapped the populations of different cities.
14. We graphed the weight data over the weeks on a curve graph.
15. Error bars were added to the column graph to show variation in the data.
16. A stem and leaf plot displayed the distribution of test scores.
17. The network graph mapped the connections between nodes.
18. The X & Y axis coordinates were plotted on the Cartesian graph.
19. The pictograph showed how numbers of species have changed over time.
20. A frequency polygon graph was used to display the distribution.
21. A histogram graphically depicted the distribution of car prices.
22. The flow chart illustrated the steps in the process.
23. The bell curve graph showed a normal distribution of the data.
24. An organizational chart showed the hierarchy and reporting structure.
25. A Venn diagram compared the properties of two groups.
26. The tree diagram showed the hierarchical structure of categories.
27. We graphed the data as a horizontal bar graph.
28. The radar chart compared different performance metrics.
29. He generated a vertical line graph to plot the weekly scores.
30. The double bar graph compared the totals for boys and girls.
31. The metadata included scales and units used to construct the graph.
32. The conjugate graph theory was used to model the network connections.
33. The independent variable was shown on the x-axis of the line graph.
34. We annotated the line graph with relevant details.
35. The line graph showed a logarithmic relationship between the two variables.
36. The legend explained the different colors used in the pie graph.
37. The cycle graph mapped the different stages of the lifecycle.
38. We converted the tabular data into a series of bar graphs.
39. They correlated the variables shown in their scatter plot graph.
40. The Lorenz Curve graphically depicted wealth distribution.
41. They calculated the slope of the line of best fit on the curve graph.
42. The x and y intercepts were clearly marked on the column graph.
43. Nodes were connected by edges in the adjacency graph.
44. The run chart plotted a process measure over time.
45. A control chart was used to monitor variations in a process.
46. The cylinder graph showed geographical distribution by country.
47. She generated a Gantt chart to visualize project milestones and deadlines.
48. The line graph showed an exponential increase in website traffic over time.
49. Alphanumeric labels were used on the x-axis of the bar graph.
50. The data in the dot plot graph showed a bimodal distribution.
51. The origin was marked on the Cartesian coordinate graph.
52. We added trend lines to the double y-axis line graph.
53. Nodes of the semantic network graph represented concepts.
54. The area graph mapped fluctuations in the stock market index.
55. The decision tree diagram illustrated a divide and conquer strategy.
56. He labeled the major quadrants of the force field diagram.
57. She plotted the points and drew a best fit curve on the line graph.
58. The Sankey diagram visually depicted material flows and transformations.
59. The line on the area graph represented moving averages.
60. The polar graph showed directional data plotted by angle and magnitude.