Someone told me it burns blue or purple.
Lilac to Purple-Red
When you burn potassium, it produces a lilac or light purple flame. This color is due to the excitation of electrons in the potassium atoms as they release energy in the form of light. The specific color emitted is characteristic of the element potassium and is often used in flame tests to identify its presence in compounds.
the color of the flame produced when you burn rubidium is tha same color OS what potassium produce-the colour violet
The color of potassium trioxalatomanganate III complex is violet.
Potassium has a violet color in the flame test.
Potassium burns with a purple flame.
A lilac-violet color
A lila color, from potassium spectral lines.
Lilac to Purple-Red
Potassium nitrate typically produces a purple flame when burned.
When you burn potassium, it produces a lilac or light purple flame. This color is due to the excitation of electrons in the potassium atoms as they release energy in the form of light. The specific color emitted is characteristic of the element potassium and is often used in flame tests to identify its presence in compounds.
the color of the flame produced when you burn rubidium is tha same color OS what potassium produce-the colour violet
No. Carbonates do not burn.
Oh, dude, potassium burns purple because of its atomic properties and stuff. But, like, a banana is not just a potassium stick waiting to ignite. So, no, a banana won't burn purple unless you dip it in some crazy chemicals or something. But, hey, who am I to stop you from trying?
When flame tested, Sodium ions range from a yellow to a bright orange flame and Potassium ions give a lilac or light purple flame. Neither the Sulphate nor the Chloride ions should have emission spectra in the visible range.
Potassium typically gives a lilac or light purple flame when burned. This color is due to the energy released when potassium atoms are excited and return to their ground state, emitting light in the visible spectrum.
When potassium is allowed to burn in bromine vapor, a vigorous reaction occurs, resulting in the formation of potassium bromide. The reaction produces a bright light and heat. Potassium bromide is a stable, white crystalline compound.