To accurately analyze the intervals from June to December regarding average rainfall, I would usually require specific data points or trends from the graph you mentioned. However, I can provide general guidelines on how to interpret rainfall patterns based on typical month-by-month variations during that period.
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June to August: Often, in many regions, these months can see increased rainfall due to summer storms or monsoon season. If your graph shows rainfall rising from June to August, it may indicate that the average rainfall increases in this interval.
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September to November: Following the peak rainfall season, one might expect a decrease in average rainfall, especially if you are analyzing regions with distinct wet and dry seasons. In this case, if the rainfall decreases from September to November, you would note that average rainfall decreases during this interval.
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December: This month can vary widely depending on the geographic location. In some regions, it might see a resurgence in rainfall, while in others, it could be the onset of drier conditions.
If you could summarize specific trends or data points from the graph, it would be easier to conclude whether the average rainfall remains constant, increases, decreases, or follows a pattern of increasing then decreasing.
Given the options you provided, here's how you might evaluate them based on a hypothetical scenario:
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The average rainfall remains constant: This would be indicated by little to no change across all months.
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The average rainfall increases: This would be shown if the rainfall trend consistently rises from June through December.
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The average rainfall decreases: This would be true if there is a steady decline in rainfall across the months.
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The average rainfall increases then decreases: This scenario would occur if rainfall rises initially (June to August), then falls in the following months (September to December).
Assess the specific data from your graph to determine which statements apply best!