Tables and graphs are important tools that help us understand sports statistics. They make it easier to see how things change and what patterns we can find.
Tables lay out information in a clear way. For example, a table might show how many points a basketball player scores in each game during a season:
| Game | Points | |------|---------| | 1 | 20 | | 2 | 25 | | 3 | 30 |
Looking at this table, we can tell that the player is doing better over time.
Graphs are different because they show information visually. If we take the points from the table and put them on a graph, we would place the games along the bottom (x-axis) and the points along the side (y-axis). When we connect the points, we can draw a straight line, which shows a steady increase.
In both cases, if we can describe the relationship with a simple equation like —where shows how steep the line is and tells where it starts on the y-axis—we can make guesses about how the player will perform in the future based on how they've played before.
Tables and graphs are important tools that help us understand sports statistics. They make it easier to see how things change and what patterns we can find.
Tables lay out information in a clear way. For example, a table might show how many points a basketball player scores in each game during a season:
| Game | Points | |------|---------| | 1 | 20 | | 2 | 25 | | 3 | 30 |
Looking at this table, we can tell that the player is doing better over time.
Graphs are different because they show information visually. If we take the points from the table and put them on a graph, we would place the games along the bottom (x-axis) and the points along the side (y-axis). When we connect the points, we can draw a straight line, which shows a steady increase.
In both cases, if we can describe the relationship with a simple equation like —where shows how steep the line is and tells where it starts on the y-axis—we can make guesses about how the player will perform in the future based on how they've played before.