Yes, smoke is a product of combustion. It consists of a mixture of gases, water vapor, and tiny particulate matter that are released when materials, particularly organic substances, are burned. The composition of smoke can vary depending on the material being combusted and the conditions of the fire, including temperature and oxygen availability.
No, light is not a product of combustion. Light is typically produced when atoms or molecules release energy as photons, which can happen in a variety of processes such as electronic transitions in atoms or chemical reactions, not necessarily combustion. Combustion is a chemical reaction that releases heat and light as byproducts, but light itself is not a product of combustion.
Smoke goes up from chimneys, cigarettes, campfires, and assorted other locations of combustion.
Yes. All gas furnaces will have products of combustion.
Smoke itself is not biotic; it is an abiotic substance composed of gases, particulate matter, and other chemicals released during combustion. However, smoke can contain biotic elements, such as organic compounds derived from burning plant or animal material. While smoke can affect living organisms and ecosystems, it is fundamentally a product of physical and chemical processes rather than a living entity.
A byproduct is a secondary or incidental product that is produced in addition to the main product during a manufacturing process. It can be a result of the same process or a different process occurring simultaneously. Byproducts can have value and be sold or used in various ways.
No, smoke is not condensation. It's a product of combustion.
Smoke is a product of incomplete combustion. When used properly a Bunsen burner propduces complete combustion, which is made evident by a blue flame.
My guess is that it's because smoke is hot. Hot air rises, just as cold air sinks. When a fire ensues, smoke (the product of carbon combustion) rises with the hot air.
Water can be a product of combustion.
The color of the flame can indicate the completeness of combustion. A blue flame typically indicates efficient combustion with minimal smoke, while a yellow or orange flame can signify incomplete combustion resulting in more smoke being produced.
Blue smoke = Burning oil Black Smoke = Overly rich fuel/air mixture White Smoke = Coolant entering the combustion chamberBlue smoke = Burning oil Black Smoke = Overly rich fuel/air mixture White Smoke = Coolant entering the combustion chamber
your car leaked oil into the combustion chamber. blue smoke= burnt oil, the loss of power is from inproper combustion
No. Smoke is a mixture of products of combustion, which is a chemical reaction. The "burning" that takes place in the sun is not combustion; it is nuclear fusion, which is a completely different process.
blue smoke=oil in the combustion chamber(i.e. valve seals etc) white smoke=coolant in the combustion chamber(head gasket etc) black smoke=gas in the combustion chamber(leaky valve etc)
No, smoke is not considered an element. Smoke is a mixture of particles and gases that are produced when a substance undergoes combustion.
it just depends what you burn to determine what color the smoke will be The black color of smoke depend upon the combustion, shortage of oxygen during combustion is the main cause of black color smoke.
No, light is not a product of combustion. Light is typically produced when atoms or molecules release energy as photons, which can happen in a variety of processes such as electronic transitions in atoms or chemical reactions, not necessarily combustion. Combustion is a chemical reaction that releases heat and light as byproducts, but light itself is not a product of combustion.