This learning resource explores Boyle's Law, focusing on the inverse relationship between pressure and volume in gas systems and its application in understanding environmental phenomena in Florida. Students will learn to define key concepts, identify variables in real-world scenarios, and utilize the formula P1V1 = P2V2 to solve problems. Real-world examples, such as barometric pressure changes during Florida storms, illustrate concepts in action. The resource includes practice problems like calculating gas volume changes in weather balloons and scuba diving simulations for deeper understanding. Additionally, safety implications of changes in air pressure are discussed, along with a challenge task involving the effects of temperature on pressure-volume relationships.