carnot engine
Every heat engine needs a cold reservoir to operate efficiently because it allows for the transfer of heat from the engine to the reservoir, which helps maintain a temperature difference necessary for the engine to work effectively.
A necessary input for all heat engines is a high-temperature heat source to provide the thermal energy needed for the engine to operate. This heat source drives the conversion of heat energy into mechanical work through a thermodynamic cycle, making it an essential component of the engine.
A motor that converts thermal energy to mechanical energy is called a heat engine. Heat engines operate by using a temperature difference to generate work, such as a steam engine or an internal combustion engine. The thermal energy is converted into mechanical energy through the expansion of a working fluid.
A hot reservoir is needed to provide the heat input to the engine, allowing the working fluid to expand and do work. The cold reservoir is needed to absorb the excess heat from the engine, complete the thermodynamic cycle, and ensure efficiency by allowing the working fluid to be condensed back to its original state for the next cycle.
The amount of work done by a heat engine equals the difference between the heat input and the heat output of the engine. This is known as the heat engine's thermal efficiency.
Every heat engine needs a cold reservoir to operate efficiently because it allows for the transfer of heat from the engine to the reservoir, which helps maintain a temperature difference necessary for the engine to work effectively.
Not all cars do (eg electric cars). However if the car is powered by a combustion engine then the engine produces heat and this heat must be dissipated or the engine will overheat and cease. This is why combustion engine powered vehicles need a cooling system/radiator.
Not all cars do (eg electric cars). However if the car is powered by a combustion engine then the engine produces heat and this heat must be dissipated or the engine will overheat and cease. This is why combustion engine powered vehicles need a cooling system/radiator.
A necessary input for all heat engines is a high-temperature heat source to provide the thermal energy needed for the engine to operate. This heat source drives the conversion of heat energy into mechanical work through a thermodynamic cycle, making it an essential component of the engine.
I'm confused, do you mean when you are going in reverse or turning the engine over in reverse direction?
reverse carnot engine is also called a REFRIGERATION SYSTEM.
A motor that converts thermal energy to mechanical energy is called a heat engine. Heat engines operate by using a temperature difference to generate work, such as a steam engine or an internal combustion engine. The thermal energy is converted into mechanical energy through the expansion of a working fluid.
An Accord will run without a thermostat. But, it will not operate properly. The heat, fuel/air mixture, even the mileage depend on the thermostat keeping the engine in the correct temperature range.
Google search engine operate on nonprofit basic.
All car ac's work like most any other ac. I don't know of any car ac's that work like heat pumps that both heat and cool. Every car I have seen provides heat thru a heating core which is heated from the water circulated from the engine. , EzForJesus
A hot reservoir is needed to provide the heat input to the engine, allowing the working fluid to expand and do work. The cold reservoir is needed to absorb the excess heat from the engine, complete the thermodynamic cycle, and ensure efficiency by allowing the working fluid to be condensed back to its original state for the next cycle.
They are not always reverse.