Potassium ions will emit visible light when excited, for example during a flame test. We see this as a lilac colour.
It emits Lilac, a color that is a pale tone of violet.
The color given off from the potassium through the blue cobalt glass is somewhat if a lavender, lilac color.
Hydrogen is the lightess, but most common element in the galaxy. It can be used to make balloons rise, be burned to give off heat, or burned to give engine thrust.
hydrogen
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Potassium gives off a lilac purple color due to the energy level configuration of the potassium atom. When heated the electrons become excited to higher levels of energy. When they "move" to a lower energy state, they give off energy in the form of light (photons). The color seen by your eye is a combination of certain specific colors (frequencies) of photons. It is the same as when you hear a musical chord. It is actually a combination of several different musical notes (frequencies).
orange
The color is from the potassium !
The color given off from the potassium through the blue cobalt glass is somewhat if a lavender, lilac color.
When heated, copper produces a bright green flame. This green color comes from the emission of light by excited copper atoms in the flame.
Potassium does not emit a specific color on its own. However, when potassium compounds are heated in a flame, they can give off a lilac or light purple color.
When fossil fuels are burned they give off heat, the reason why we use them. Then they give gasses such as CO2 for example.
the color of the flame produced when you burn rubidium is tha same color OS what potassium produce-the colour violet
Red. Strontium is often used in fireworks to give off a deep red colour when burned.
Hydrogen is the lightess, but most common element in the galaxy. It can be used to make balloons rise, be burned to give off heat, or burned to give engine thrust.
Argon does not emit any visible light on its own. It is a noble gas that is colorless, odorless, and tasteless. Argon is often used in fluorescent lighting and signs to produce a blue or purple glow when excited by electricity.
You can tell when the copper has reacted completely and the excess sulfur is burned off by observing a consistent color change in the reaction mixture. Once the color stops changing, it indicates that the reaction is complete and all the excess sulfur has been consumed.
hydrogen