Which industrial city would have fewer air-pollution incidents related to temperature inversions:  one on the Great Plains or one near the Rocky Mountains?  Explain your answer.

An industrial city on the Great Plains would likely have fewer air-pollution incidents related to temperature inversions compared to one near the Rocky Mountains. Here's why:

1. Temperature Inversions: Temperature inversions occur when a layer of warmer air traps a layer of cooler air near the surface of the Earth, preventing the cooler air from rising and dispersing pollutants. This can lead to a concentration of air pollution in the trapped layer.

2. Geography: The Great Plains are flat and expansive, which allows air to move more freely and reduces the likelihood of temperature inversions. On the other hand, the Rocky Mountains have a complex terrain that can trap air in valleys and basins, increasing the likelihood of temperature inversions.

3. Wind Patterns: The Great Plains are known for their strong and consistent winds, which can help disperse pollutants and reduce the likelihood of temperature inversions. The Rocky Mountains can disrupt wind patterns, potentially leading to stagnant air and increased chances of temperature inversions.

4. Elevation: Cities near the Rocky Mountains are often at a higher elevation, where temperature inversions are more common. The lower elevation of the Great Plains makes temperature inversions less likely.

Therefore, an industrial city on the Great Plains would likely have fewer air-pollution incidents related to temperature inversions than one near the Rocky Mountains.