When a car engine burns gasoline, the results of the reaction are similar to when cells burn glucose. Both reactions release carbon dioxide and water. In cells, the chemical energy in food is converted to ATP and heat. In a moving car, the chemical energy in gasoline is converted to kinetic energy and heat ATP and heat potential energy and heat thermal energy and heat

When a car engine burns gasoline, it undergoes a process called combustion, which releases energy in the form of heat and light. This energy conversion is vital in propelling vehicles forward, converting the chemical energy stored in gasoline into kinetic energy, allowing you to zoom down the highway! It's a fascinating transformation, much like how our bodies transform food into energy. The efficiency of this energy conversion can be impacted by many factors, such as engine design, fuel type, and driving conditions. For example, a well-tuned engine will convert more of that gasoline's energy into motion rather than wasting it as heat. Racing cars often push the limits of this efficiency, showcasing just how much energy can be harnessed from fuel for speed and performance.