How do you visualize the differences between estimated and actual time scenarios when calculating min/max differences?

Visualizing the differences between estimated and actual time scenarios through graphical representations enhances understanding and comparison. Using a line to represent the differences is particularly effective because it allows for a clear depiction of how the estimated time diverges from the actual time across a timeline or set of parameters.

This method is beneficial as it can show trends over time, making it easier to identify patterns, shifts, or discrepancies between what was estimated and what actually occurred. By employing a line representation, one can instantly grasp the magnitude and direction of differences—whether they indicate underestimations or overestimations—thereby facilitating quick assessments and informed decision-making.

Other visualization techniques, while useful in different contexts, may not convey the precise nature of these differences as effectively. For instance, a pie chart would be challenging to use in this scenario because it emphasizes parts of a whole rather than differences over time. A bar graph could also show differences but might not capture subtle fluctuations as clearly as a line. A summary report, on the other hand, provides a detailed account of observations but lacks the immediate visual impact of graphs, which can make comprehending visual trends more intuitive.