No. The moon does not produce any light of its own. It only reflects light from the sun. It does not have enough mass to ignite nuclear fusion, nor is it of the right composition. Finally, nuclear fusion and combustion are two completely different processes.
Stars like our sun and hydrogen bombs produce energy through nuclear fusion.
No, the sun does not undergo combustion. Combustion is a chemical reaction that typically involves oxygen and a fuel source, leading to the release of heat and light. The sun generates energy through nuclear fusion, the process in which hydrogen atoms are fused together to form helium, releasing immense amounts of energy in the form of heat and light.
Five objects that emit light include the Sun, which produces natural sunlight; light bulbs, which convert electricity into light; fireflies, known for their bioluminescence; LED lights, commonly used in various electronic devices; and candles, which produce light through combustion. Each of these objects emits light through different mechanisms, such as nuclear fusion, electrical energy, chemical reactions, or combustion processes.
Yes, a luminous object produces its own light through a process like combustion or nuclear fusion, generating energy that emits as visible light. On the other hand, non-luminous objects only reflect light from an external source.
Yes, the sun produces energy through nuclear fusion in its core. This energy is then radiated out into space in the form of sunlight.
No. The heat from the reactor is used to boil water. The steam from said water is used to turn turbines which produces electricity. No, there is no combustion in a nuclear reactor. Nuclear energy does not need combustion to start it, there is no chemical process involved. It works simply by a neutron chain reaction.
The waste products of combustion leave the internal combustion engine through the exhaust valve.
Through combustion they produce heat.
No, nuclear energy is not stored in gasoline. Nuclear energy is generated through the process of nuclear fission in nuclear power plants where uranium atoms are split to release energy. Gasoline, on the other hand, is a fossil fuel primarily used for combustion in internal combustion engines to power vehicles.
Through combustion they produce heat.
well...because of the poor grammar i will answer it in two parts. 1. Internal combustion is the process an engine goes through in order to make power...intake compression combustion and exhaust. 2.Internal Combustion takes place in the engine block
Objects such as the sun, light bulbs, candles, and fireplaces produce both light and heat through processes such as nuclear fusion, electrical resistance, and chemical combustion.
An internal combustion engine uses either petroleum or diesel. In both cases, the main gases produced are the result of burning the hydro-carbons contained in the fuel. The hydrogen burns with oxygen to produce water vapor (H20) The carbon burn with oxygen to produce carbon dixode (CO2) Other elements are burned and produce very small amounts of other gases.
Nuclear energy is produced from atomic reactions in nuclear power plants, which do not involve the use of oil. Oil is used to produce energy through combustion in power plants or vehicles, but it is not classified as a form of nuclear energy.
Engines use fuel to produce mechanical energy. For instance, a car's internal combustion engine uses chemical energy stored in fuel to turn a drive shaft.The idea of internal combustion is to burn the compressed mixture of fuel and air to produce expanding gas to convert into mechanical energy.
No, the steam engine is an external combustion engine because the steam is heated by heat generated by combustion outside externally through heat transfer. A spark ignition engine is an example of an internal combustion engine.
Internal combustion engines and external combustion engines both convert fuel into mechanical energy through combustion. In both types, the combustion process generates heat, which is then used to produce work, typically by moving a piston or rotating a turbine. They also share similar components, such as cylinders, valves, and fuel delivery systems, although their operational processes differ in where combustion occurs. Ultimately, both types aim to harness energy from fuel for various applications like powering vehicles or machinery.