A difficulty that may be found in using the flame test is eye imperfection. Another is subjectivity when it comes to perceiving the colors.
Some ions may have little to no reaction at all, and the color of the flame may appear no different, therefore making it difficult to identify between different ions.
The flame test is only for qualitative identification of some chemical elements.
flame coloration is a test for the Metallic ion because the metallic ions will enter an exited state and release photons energy, in the form of light, as they return to their ground state.
Sodium(Na)?
sodium
The role of Bunsen burner is to heat; some metallic ions have specific colors in the flame.
The colour of a candle flame does not depend on the material being burned. Colours depend on the presence of various metallic atoms in the flame. For various shades of red the material could be:CalciumLithiumMercuryRadiumYttriumZirconium
Flame tests allow you to get some idea of what substances make up a given sample. It is particularly useful for the identification of polymers, because many of them give off unique burn patterns.
We are not sure because fermium is a lab made element and a pure metal sample has not yet been prepared. However it is a member of the actinide series.The alloy of fermium and ytterbium is shiny and silver.
Antimony is an element that is metallic and can be found in four allotropic forms. It is used to make flame proof things like paint and battery plates.
when aluminium sulphur is burnt in a blue flame the flame will turn to an orange flame
It can be used for element identification and can used in Atomic spectroscopy and can be used to help "atoms with low ionization potentials become ionized."
When a metallic ion is heated in a flame test, the heat (energy) causes an electron to be exicted to a higher energy state. When this electron returns to a lower energy state, energy is emitted as visible light. Depending on how much energy is released when the electron returns from the higher to lower energy state will determine what color the flame will be.