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In a certain geographic area, bus companies set their ticket prices based on the number of kilometers that a passenger travels on a given trip. For each of 5 different bus companies operating in that area, the chart gives the price that they charge, in euros, per kilometer traveled.
Select from each drop-down menu the option that creates the most accurate statement based on the information provided.
| Text Component | Literal Content | Simple Interpretation |
|---|---|---|
| Geographic Context | In a certain geographic area | The dataset refers to a specific but unnamed region |
| Pricing Model | Bus companies set their ticket prices based on the number of kilometers... | Fares depend on trip distance |
| Number of Companies | 5 different bus companies | Information is about exactly 5 companies |
| Chart Description | The chart gives the price they charge, in euros, per kilometer traveled | The chart shows each company's per-kilometer price in euros |
| Chart Component | What Is Shown | Interpretation / Key Data |
|---|---|---|
| Chart Type | Horizontal bar chart; 5 companies (A-E) | Visualizes per-kilometer pricing of each company |
| X-axis | Euros per kilometer, 0 to 0.7 | Scale captures full price spread; maximum is just over 0.6 |
| Y-axis | Company names labeled A, B, C, D, E | Companies are listed alphabetically, not by fare ranking |
| Highest Bar | Company C: \(0.6\) euros per kilometer | Company C charges the highest rate |
| Lowest Bar | Company B: approx. \(0.28\) euros per kilometer | Company B charges the lowest rate |
| Exact Ratio | Company C: \(0.6\), Company E: \(0.3\) | Company C charges exactly double Company E's rate |
Company C charges exactly twice as much as Company E (\(0.6\) vs \(0.3\) euros per kilometer). Company C is a strong outlier with the highest fare, while Company B has the lowest. The per-kilometer prices among the five companies range from approximately \(0.28\) to \(0.6\) euros, showing substantial variation. The chart arranges companies alphabetically, so price relationships require visual attention.
Company [BLANK 1] charges twice as much per kilometer traveled as does Company [BLANK 2].
Company C charges twice as much per kilometer traveled as does Company [BLANK 2].
By inspecting the fares, we find that Company C (\(0.60\) Euro/km) is exactly twice as expensive as Company E (\(0.30\) Euro/km). No other company pair fits this exact \(2:1\) relationship.
The blanks are not independent: once we identify that C charges exactly twice as much as E, both answers are determined by this unique \(2:1\) relationship.