Temperature-Dependent Behavior

Temperature-dependent behavior refers to how the properties and behaviors of materials or systems change as temperature varies. For example, metals expand when heated and contract when cooled, and certain materials become more flexible or brittle depending on the temperature. In biological systems, enzyme activity can increase or decrease with temperature shifts. These changes occur because temperature affects the movement of particles and molecules, influencing how substances interact and function. Understanding temperature-dependent behavior is essential in fields like engineering, chemistry, and biology to predict performance and optimize conditions.