What is the general rule regarding smoke movement in relation to fire temperature?

The relationship between fire temperature and smoke movement is crucial for understanding fire dynamics. As a fire burns hotter, it generates more energy and creates increased thermal updrafts. This thermal activity causes the smoke to rise and disperse more rapidly. When a fire reaches higher temperatures, the gases produced during combustion become more buoyant and mobilize faster, leading to quicker smoke movement.

In contrast, at lower temperatures, the smoke may not have the same driving force to rise quickly, resulting in a slower movement. This knowledge is particularly important for firefighters, as understanding smoke behavior can help predict fire development and assist in making strategic decisions during firefighting operations.