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- In all cases, a lift charge launches the firework upward from within a tube, igniting the fuse, which then burns until it ignites the burst charge, which heats and distributes the stars over a large volume of space.
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In space, however, they would move much faster and further. On the Moon, for example, a rocket could travel six times as high as on Earth. This would mean the most powerful mortar-launched fireworks could easily reach several kilometres above the Moon’s surface before exploding.
The upward flow of air is what gives a flame its teardrop shape and causes it to flicker. But odd things happen in space, where gravity loses its grip on solids, liquids and gases.
Mar 24, 2023 · Fireworks would emit almost no color or sound in outer space. Vladi333/Shutterstock. However, if you are hoping for a spectacular fireworks show in outer space, set against the backdrop of the solar system, you are unfortunately likely to be disappointed.
Jul 4, 2024 · The start of any firework is the launch aspect: the initial explosion that causes the lift. Ever since fireworks were first invented more than a millennium ago, the same three simple ingredients...
- Ethan Siegel
What can you tell us about the chemical reactions that go into a fireworks display? Traditionally, three reagents, potassium nitrate, carbon, and sulfur, make gunpowder. You’re doing a combustion reaction out of those types of materials that creates this detonation explosion.
Jul 3, 2015 · When the packets explode, the chemical elements emit light, and the colorant produces very specific wavelengths that can be seen by the naked eye. The colors you see all depend on the different...
Jul 3, 2013 · That chemistry is not reliant upon oxygen, and similar reactions are responsible for powering space-shuttle thrusters and other large space-borne rockets. The trouble would come after...