The transfer energy of a car engine primarily refers to the energy conversion process that occurs within the engine. It involves converting the chemical energy stored in fuel into mechanical energy, which powers the vehicle. This energy transfer typically involves several stages, including combustion, thermal energy conversion, and ultimately the movement of pistons, which turns the crankshaft and drives the wheels. The efficiency of this energy transfer can vary based on engine design, fuel type, and operating conditions.
You transfer the momentum through lever, gear, shaft, hydraulic push to the final destination. Example: Car engine combust the fuel and expansion of hot gas push the piston that transfer the motion to lever that transfer to gear and rotate shaft that transfer this mechanical energy to the wheel and make car running.
mechanical energy
kainatic energy ------------------->moving car------------------------>light energy
As a "heat engine", a car engine must rid itself of heat to continue. Efficiency of the heat engine depends on the difference in temperature; therefore, as the temperature outside reaches the temperature inside, the engine stops.
Electrical energy to light energy
energy transfer diagrams for winding up a clock work car
when the car engine is start and the driver shift a gear,the power front the engine transfer to the drive shaft and its transfer the torque or power to the axle shaft the move a wheel.
An energy transfer diagram for winding up a clockwork car would show the transfer of mechanical energy input to potential energy stored in the clockwork mechanism. As the key is turned, mechanical work is done to wind up the spring in the mechanism, storing potential energy. When released, the potential energy is converted back into kinetic energy as the car moves.
Mechanical
The chemical energy is transformed in kinetic energy.
Chemical energy transforms to kinetic energy which makes the car move.
a Carnot cycle is a perfect cycle of energy conversion from heat to mechanical energy and back without loss. This is an impossibility due to losses inherent in any energy transfer. A Carnot engine would theoretically use all available energy for each energy transfer.