The color in the flame is the representation of a specific line in the spectrum.
Anions do not play a role in the color of a flame in a flame test because they are not visible as the energy gap do not correspond to that of a visible photon. Flame tests are only applicable to cations.
It burns a distinct bright orange/red color which is unique to hydrogen alone.
Probable an impurity; the color of selenium in flame test is blue.
The flame appears to have an orange color depending on the amount of gas being burned. The orange color is also due to the light spectrum that your eyes are catching.
it does not produce a flame colour because magnesium's colour is not in the visible light spectrum therefore we can not see the colour
Answer By exposing materials to a hot flame (from a Bunsen burner typically), the color of the flame can be used to identify the material. Certain elements give off a characteristic color when heated to high temperature. See the Related Links for "Wikipedia: flame test" to the bottom for the answer. A method of obtaining an emission spectrum from a sample
Because the element may have a different substance or metal of some sort that is different and unusual.So it may produce a colorful flame.However, the color of the flame purely relies or is caused by the certain type or kind of element .
The emission spectrum is the electromagnetic radiation spectrum of a particular chemical. The major ways this is observed is through special equipment designed for it, though flame emission spectroscopy is its own method, wherein burning a chemical produces a particular color of flame.
A very hot flame may radiate more in the invisible, ultraviolet spectrum than in the visible spectrum.
The color of Mercury in flame is red.
The flame color of boron in the flame test is bright green.
The color of lithium in the flame test is red.