Group 1 metals, such as sodium and potassium, are often used in fireworks because they produce vibrant colors when burned. For example, sodium emits a bright yellow flame, while potassium creates a lilac color. Their reactivity allows for the rapid release of energy, enhancing the visual effects of the fireworks. Additionally, these metals can easily form compounds that contribute to the overall chemical reactions in pyrotechnics.
this is because of s-p transition.when electron jumped from s to p it gain some energy.and when this electron came back to s -orbital ,,it releases this energy.it is this energy which gives colour in flame of s-orbital
Stainless steel, titanium, and nickel are examples of metals that are fire resistant due to their high melting points and resistance to oxidation. These metals are commonly used in applications where protection against fire or high temperatures is necessary.
Zinc = Metals + 2 x Fire Aluminium = Metals + 3 x Fire Also Chromium, Copper, Iron... are made by this formula : Metals + n x Fire
because its fire and it works
Firefighters, paramedics, EMTs, dispatchers, fire inspectors, and administrative staff typically work at a fire station.
The "Ring of Fire"
Fire + Fire + Metals
Fire, ground
Fire Works was created in 2001-03.
Metals+Fire+Fire=Zinc
Class D, combustible metals.
Why do metals do not catch fire when heated whereas paper ignites on heating
bismuth
almost anything some metals cant catch on fire...
alkali earth metals are resistant to fire.
Fire - artscene group - was created in 1994.
the gold color in fire works are due to IRON