According to the theory of heat engines (read about "Carnot cycle" for more details), heat can not be converted 100% to other forms of energy. The remaining energy gets transferred from the "reservoir" of higher temperature, to the "reservoir" of lower temperature. The latter would be the environment.
For example, if the heat engine works at 600 Kelvin, and the environment has a temperature of 300 Kelvin, in theory half the heat of the higher-temperature reservoir can be used. However, real engines have a lower efficiency than the theoretical maximum according to Carnot.
Yes. Gasoline and diesel engines are both heat engines.
Essentially by conduction and in small part by radiation and convection.
Heat is a waste energy from cars- from the engines and from the brakes.
Heat is produced by various processes such as combustion of fuels, electrical resistance, and nuclear reactions. This heat energy can be used for a variety of purposes, including heating buildings, generating electricity, cooking food, and powering engines. The different methods of heat production and utilization depend on the specific application and efficiency requirements.
engines get discolored because of the heat . the heat comes from combustion from gass and air
The energy produced by the engine is mostly used to power the car, but due to an imperfect design, some energy still remains in the form of heat.
by engine
Mainly through the relatively low thermodynamic efficiency of heat engines (petrol, diesel, steam turbines, gas turbines), which waste at least 50% of the chemical energy of the fuel. Engineers know that the efficiency is set by the upper and lower temperatures of the working fluid in the engine. They also understand the limitations of the materials available to make machines, which place limits on the temperatures and pressures that can be used.
Yes. Heat engines come in various forms. For example, internal combustion using gasoline or diesel, external combustion (not much used), steam engines reciprocating or turbine, gas turbines, rocket engines.
When a substance is burned, its chemical energy is converted into thermal energy (heat) through a chemical reaction with oxygen in the air. The heat generated by the burning process can then be harnessed to produce electricity or do work, such as in combustion engines or power plants.
heat engines are classified on the location of the combustion chamber , if it is outside the whole set up then it is external heat engine and vice versa.
A car engine is a heat engine, but there are various types of heat engines outside the realm of car and truck engines.