Buses burn fuels, such as gasoline or diesel, to generate energy through combustion. This energy is used to power the engine and move the vehicle. Combustion of fuels releases heat and gases, which are used as the primary source of energy for buses.
This describes a heat engine, such as an internal combustion engine. Thermal energy is converted into mechanical energy, which drives the movement of pistons to generate power.
Fossil fuel (coal, crude oil) is burned or distilled to provide a usable energy. Either as a diesel or petrol fuel for an internal combustion engine, or to heat water to provide steam power.
The help functions available on an engine site can provide additional information on optimizing use of the engine. This may include tips on the use of operators to combine search terms and punctuation to require specific search language.
it means there is something wrong with the spark plugs cause they provide the energy for the engine
Many substances can "cause" (or participate in) exothermic reactions. An exothermic reaction is a reaction that gives off thermal energy, as opposed to an endothermic reactionwhich requires the input of energy to occur. A classic example of an exothermic reaction is the burning of gasoline in an automobile engine. Gasoline is ignited to induce an exothermic combustion reaction with free oxygen in the air. The reaction causes the release of thermal energy which is converted to mechanical energy as the resulting gasses expand inside the engine's combustion chamber. Excess thermal energy is also released into the cylinder walls of the engine. So much so that your car has a coolant system just to absorb the excess thermal energy into a water-based coolant, and dissipate it from your radiator. Lots of heat energy being given off=exothermic reaction. And again, there are many different exothermic reactions involving many different substances.
When the motor in an engine turns, it has mechanical energy. This energy is derived from the movement and rotation of the engine components.
A combustion engine converts chemical energy in gasoline to mechanical energy in the engine.
the john deere x9 is the largest combine harvester in the industry it has 690 engine horsepower
Josiah Willard Gibbs did not discover chemical energy. He was a theoretical physicist and chemist known for his contributions to thermodynamics. Gibbs developed the concept of chemical potential, which is related to the energy stored in chemical substances.
A mangonel is the perfect example of a torsion engine. The drive provided to this ancient catapult comes from a mass of twisted ropes which create torsion and when released provide the energy required to hurl whatever it is you wish.
A car with stored energy can use it to power the engine, run the electrical systems, operate the lights and other components, and provide power for accessories like the radio and air conditioning.