The element that is extremely radioactive and produces purple fireworks is cesium. Specifically, cesium salts, such as cesium chloride, are used to create the vibrant purple color in pyrotechnics. While cesium itself is not used in large quantities for fireworks due to its radioactivity, its compounds can produce the desired visual effects. However, cesium is more commonly known for its applications in atomic clocks and other scientific fields rather than for fireworks.
The color in purple fireworks is usually produced by a mixture of strontium (red) and copper compounds (blue). The strontium and copper compounds emit specific wavelengths of light when ignited, creating the purple color.
Purple fireworks get their color from a combination of strontium (red) and copper (blue) compounds in the fireworks composition. When ignited, these elements emit light at specific wavelengths that combine to produce the color purple.
I would say Potassium is the closest chemical to a purple as it is a lilac/purplish colour.
One of the alkali metals used in fireworks is potassium. It is commonly used to produce a lilac or light purple color in fireworks displays. Potassium salts are often incorporated into the compositions of fireworks to achieve colorful effects.
I think to lithium, strontium, strontium+copper.
The color in purple fireworks is usually produced by a mixture of strontium (red) and copper compounds (blue). The strontium and copper compounds emit specific wavelengths of light when ignited, creating the purple color.
Purple fireworks get their color from a combination of strontium (red) and copper (blue) compounds in the fireworks composition. When ignited, these elements emit light at specific wavelengths that combine to produce the color purple.
Purple fire is real and can be achieved through adding certain chemicals or minerals to a flame. For example, the element potassium can produce a purple flame when burned. However, natural occurrences of purple fire are extremely rare.
I would say Potassium is the closest chemical to a purple as it is a lilac/purplish colour.
The element having opposite properties to iodine is astatine. While iodine is a nonmetal with a purple vapor and plays a crucial role in the human body, astatine is a radioactive halogen that is very rare and highly unstable.
An extremely rare, extremely poisonous purple fruit found only in Australia. They attract Drop Bears.
One of the alkali metals used in fireworks is potassium. It is commonly used to produce a lilac or light purple color in fireworks displays. Potassium salts are often incorporated into the compositions of fireworks to achieve colorful effects.
There is no natural occurrence of purple fire. However, certain chemicals and metals can be used to produce a purple flame in a controlled environment, such as in fireworks or chemical demonstrations.
Potassium burns with a purple flame.
I think to lithium, strontium, strontium+copper.
The element responsible for the purple color in Potassium Permanganate is manganese. In its permanganate ion form, manganese exhibits a deep purple color.
The element described is likely iodine. Iodine is a shiny nonmetal that sublimes into purple vapors when heated.