Fireworks use solid oxidizers within the chemical makeup of the charge. The chemical oxidizer fulfills the need for both oxygen and fuel in the fire equation. All that is needed is heat. Or just the surronding air.
The oxygen in a firework comes from the solid oxidizers. When these solid oxidizers are exposed to heat, the oxygen naturally forms.
The oxygen is contained in the powder in the form of oxidizing salts, mainly various nitrates, chlorates, and perchlorates.
It is in solid state as part of the mixture in firework. The firework mixture contains an oxidant that is rich in oxygen (Potassium Nitrate) and when this is heated it releases its Oxygen.
from the air
Yes. Every firework has oxygen in it. Fireworks require oxygen to burn, However it isn't pure oxygen. It's always in a compound such as potassium nitrate, (KNO3) potassium perchlorate, (KClO4) or potassium chlorate (KClO3)
The flame
1 second, honey!
The flame
Oxygen is what makes things burn at all. The more oxygen there is, the brighter it can burn.
Yes. Every firework has oxygen in it. Fireworks require oxygen to burn, However it isn't pure oxygen. It's always in a compound such as potassium nitrate, (KNO3) potassium perchlorate, (KClO4) or potassium chlorate (KClO3)
The flame
No. Burning a pinecone or any other flammable material will consume oxygen.
1 second, honey!
The flame
no because the tampon's cloth will not burn correctly. But you can make a fire out of it.
Iron will burn in pure oxygen.
Oxygen is what makes things burn at all. The more oxygen there is, the brighter it can burn.
Yes. Firework shows are often canceled due to burn bans.
the match
Nuclear
chemical