Temperature dependance

Temperature dependence refers to how the behavior, properties, or reactions of materials and systems change with temperature variations. As temperature increases, particles move faster, which can affect how substances expand, react, or conduct heat and electricity. Conversely, lower temperatures slow particle movement, often reducing reaction rates or changing states (like solid to liquid). This concept is important across many fields, including chemistry, physics, and engineering, because it helps predict how materials will perform under different thermal conditions. Understanding temperature dependence allows for better design, control, and safety of processes and devices affected by temperature changes.