hydrogen
It depends on the total energy supplied: if the "roaring" flame burns (say) less gas than the two "quiet" flames, the two flames will heat faster.
When silicon is burned, it produces white or colorless flames. This is due to the high temperature at which silicon burns, causing the light emitted to appear as white or colorless.
Smoke does not become a flame; rather, it is the combustion of gaseous products released during burning that produces flames. When a material is burned, it breaks down into volatile compounds that can ignite when exposed to sufficient heat and oxygen, resulting in a visible flame.
No, fire is not a colloid. A colloid is a mixture in which tiny particles are dispersed throughout a medium but do not settle out, such as milk or fog. Fire is a process of combustion that produces light and heat, involving gases, flames, and combustion products, rather than a stable mixture of particles.
The chemical that burns with less visible soot and produces imperceptible flames is hydrogen. When hydrogen combusts, it reacts with oxygen to form water vapor, resulting in a clean combustion process that typically produces a nearly invisible flame. This characteristic makes hydrogen a promising fuel for certain applications, particularly in clean energy technologies.
A blue flame produces the highest amount of heat compared to other colored flames, such as red or yellow. Blue flames have a higher temperature and burn more efficiently, making them ideal for tasks where high heat is needed, like welding or metalworking.
flames produces light enery co,co2,and other compounds
oxy-hydrogen
i think (I'm not sure), but I'm pretty sure that the convection zone produces solar flames.
A campfire produces light energy in the form of heat and flames, as well as thermal energy in the form of warmth.
a.flat iron b.electric stove c.water heater
The maximum temperature that wood flames can reach is around 1,100 degrees Celsius (2,012 degrees Fahrenheit).
Fire is created by the combination of three elements: heat, fuel, and oxygen. When these elements come together in the right proportions, a chemical reaction occurs that produces flames and heat.
The burning match stick produces a sound because of the heat its flames are producing. The snuffing of the fire produces a tiny bit of steam, which make the hissing sound.
The heat transferred from flames to a boiler depends on several factors such as the temperature of the flames, the surface area of the boiler, and the efficiency of heat transfer. In general, the heat transfer occurs through convection and radiation, with the flames heating the boiler's surface which then heats the water inside.
When something is set ablaze, it produces heat, light, and smoke. The flames consume the material, causing it to burn and potentially generate ashes as the result of combustion.
Fire produces light because the heat from the flames excites the atoms in the burning material, causing them to release energy in the form of light. This process is called incandescence.