1. The problem asks to identify which situation represents causation rather than correlation. 2. **Causation** means one event directly causes another. 3. **Correlation** means two events happen together but one does not necessarily cause the other. 4. Let's analyze each situation: - Situation 1: As injured players increase, fans attending increase. This is unlikely causation; more injuries usually reduce fan interest, so this is likely correlation or coincidence. - Situation 2: More swimsuits sold and more sailboats rented. These are related to summer activities but one does not cause the other; this is correlation. - Situation 3: As family size increases, food spending increases. This is causation because more people need more food, so more spending is caused by family size. - Situation 4: More umbrellas carried and heavier clothing worn. Both relate to weather but one does not cause the other; this is correlation. 5. Therefore, the situation that represents causation is: "As the total number of family members increases, the amount of money that the family spends on food increases."