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The relationship between temperature and density of an air mass or water body is crucial to understand. Let's break it down:
1. As temperature decreases, density increases. This relationship is commonly observed in both air and water. For example, cold air is denser than warm air, and cold water is denser than warm water.
2. Conversely, as temperature increases, density decreases. This principle is important in meteorology, oceanography, and various scientific fields where the impact of temperature on density plays a significant role in understanding fluid dynamics.
In summary, the correct relationship between temperature and density is:
- As temperature decreases, density increases.
- As temperature increases, density decreases.
Understanding this relationship is fundamental in explaining phenomena such as the sinking and rising of air masses or water bodies based on their temperature characteristics.
