Using 8 points explain How would a moving air mass form an inversion?

1. As a warm air mass moves over a cooler air mass, the warm air rises due to its lower density.
2. As the warm air rises, it cools and eventually reaches a point where it is the same temperature as the surrounding air.
3. At this point, the warm air stops rising and begins to spread out horizontally, creating a layer of warm air above the cooler air mass.
4. This layer of warm air acts as a barrier, preventing the cooler air below from rising and mixing with the warmer air above.
5. As a result, the temperature of the air does not decrease with altitude as it normally would, creating an inversion where the temperature increases with height.
6. The inversion layer can trap pollutants and other particles near the surface, leading to poor air quality.
7. Inversions are more likely to form in areas with stable atmospheric conditions, such as during high pressure systems or in valleys surrounded by mountains.
8. Inversions can persist for days or even weeks, leading to prolonged periods of poor air quality and potential health hazards for those living in the affected areas.