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Magnesium is an element that burns very brightly when ignited, producing a brilliant white light.
It is a small fish that you can burn and it burns brightly.
No, a meteor is a small piece of space rock that burns very brightly and with high temperature as it passes into our atmosphere at high speed.
You think probable to magnesium.
The element that burns brightly in fireworks is typically strontium. When strontium is heated, it emits a brilliant red color, making it a popular choice for creating the red hues in fireworks displays.
That could fit several metals. Iron burns brightly if it is powdered, but doesn't react with water unless oxygen is present. Aluminium is not easy to ignite but can burn very brightly when it does go, and it certainly doesn't react with water at room temperature, and zinc is similar. I suspect the questioner may be wanting the answer magnesium, as that is the one we see burning extremely brightly in the lab. However it does react with water, though rather slowly if the water is cold and the magnesium is covered with its normal oxide layer.
Tungsten, as it burns long and brightly.
The combustion of magnesium in air is a chemical reaction.
The element commonly used in flares, flash bulbs, and incendiary bombs is magnesium. When ignited, magnesium burns very brightly, making it ideal for these applications.
Petrol is and bit more vicous and that diesel is a lot darker than petrol. Petrol burns quicker when set alight, however diesel burns more brightly!
Variances in temperature determine how brightly a fire burns. The hottest, brightest fires burn white or light-yellow. A bright-white fire burns around 2,600 degrees F, while the hottest fire, a dazzling white, burns around 2,700 degrees F.
Yes. Magnesium burns in air brightly giving Magnesium oxide, witch is a chemical change.