Yes - enough to power motor vehicles
Gasoline burns is a chemical change. Burning gasoline involves a chemical reaction that results in the release of energy in the form of heat and light, creating new substances such as carbon dioxide and water vapor.
Yes, gasoline undergoes a physical change when it evaporates before it burns. This change does not alter the chemical composition of the gasoline.
During complete combustion, carbon dioxide and water are formed. If incomplete combustion occurs, carbon monoxide and water are produced.
The jellied gasoline you are referring to is likely Napalm, which is a flammable liquid used in warfare that sticks to surfaces and burns intensely upon ignition. It is known for its ability to create devastating fires and cause extensive damage.
Kerosene burns slower than gasoline because it has a higher flash point and is less volatile. This means that kerosene requires more time and heat to ignite and burn compared to gasoline.
When gasoline burns, it changes into thermal energy and kinetic energy. The heat produced from the combustion process creates thermal energy, while the resulting movement of the vehicle's engine and wheels converts some of this energy into kinetic energy for propulsion.
fire energy
Chemical energy
we release the potential energy to heat energy to do work
A gasoline engine converts chemical energy into mechanical energy.
If full combustion takes place, the products are CO2 and H2O.
Gasoline burns is a chemical change. Burning gasoline involves a chemical reaction that results in the release of energy in the form of heat and light, creating new substances such as carbon dioxide and water vapor.
As the car burns gasoline while driving up a large mountain, it performs a transformation of chemical energy into mechanical energy. The chemical energy stored in the gasoline is released through combustion, creating heat and gas that push the pistons in the engine. This mechanical energy is then used to drive the car uphill against the force of gravity.
When gasoline burns in an automobile engine, a chemical reaction occurs between the fuel and oxygen, resulting in combustion. This process converts the chemical energy stored in the gasoline into thermal energy, producing heat. The heat expands gases in the engine's cylinders, creating pressure that pushes the pistons. This mechanical energy is then transmitted to the drivetrain, propelling the vehicle forward.
Chemical energy to kinetic energy to gravitational potential energy
When the gasoline burns, it forms water and various gasses, so it is a chemical change.
Potential, then chemical, then mechanical.