It depends on the firework. Like a bottle rocket can go up to 100 feet but a mortar or shells can go up to300 feet or height depending on the amount of thrust it has and the size of the firework.
umm, how to explain, it explodes, like a firework but not that high, it can stain a ceiling (I did this experiment in school, well my teacher did)
A firework is essentially a rocket. Once a firework is lit, propellant (fuel) in the rocket burns, sending the rocket high into the sky, and once the burning reaches the part of a firework with chemicals and metals in it, it explodes into different color.
Fireworks can reach varying heights depending on the size and design of the firework. Generally, fireworks can go as high as 1,200 feet to 1,500 feet into the air before they explode and create a display of light and color.
A jump that after you throw a grenade under your feet and jump right when the grenade explodes below your feet giving you a high boost up.
indivassilopoulos
the playground echoed with giggles high pitched screams and screech of wings
3000 feet
It runs. High octane is what is required by high compression engines in order to prevent pinging. Unless you put the hi octane fuel in the oil filler. Then it will only briefly run before it explodes.
Depends entirely on the firework. A bottle rocket may travel 100 ft, but large firworks fired from motars may go as high as 3,000 ft. It will depend on the weight of the shell, the amount of the propelling charge, and the time of the delay fuse.
A hissing firework is commonly referred to as a "whistle" or "whistling firework." These fireworks produce a high-pitched sound as they ascend into the air, often accompanied by colorful effects when they explode. The hissing sound is created by the rapid release of air or gases as they burn.
It's formed from volcanoes! When it explodes.
The lift charge in a firework is crucial because it provides the initial thrust needed to propel the firework into the air. This explosive charge ignites first, launching the aerial shell high above the ground, ensuring that the visual effects are safely viewed from a distance. Without a properly designed lift charge, the firework would fail to reach the necessary altitude for its intended display, compromising both the show and safety.