When air is pumped into a tire, the overall entropy increases due to heat released into the atmosphere by the compressor, despite the gas molecules becoming closer together inside the tire. While the pressure increase suggests a decrease in the number of positions available for gas molecules, the addition of more molecules contributes to an overall gain in entropy. The discussion highlights the complexity of entropy changes, balancing the restricted motion of molecules with their increased speed. The impact of heat from the compressor is acknowledged but set aside when considering only the tire's internal environment. Ultimately, the entropy change during inflation is a nuanced interplay of molecular behavior and thermodynamic principles.