Question

Would you be able to use a similar approach to identify a mixture of two or three elements with emission spectrum analysis? Why or why not? the similar approach is: "Magnesium metal burns with a bright white flame. What conclusions can you draw about the electron transitions that can take place for a magnesium atom?

The conclusion that you can draw about the electron transitions that can take place for a magnesium atom is that the photons produced are not of a lone wavelength, therefore from many dissimilar levels to subsequent levels, with many different wavelengths joining to create white."

Answer 1

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Answer 2

In emission spectra, splendid lines will appear compared to the distinction between energy levels of the elements wherein an assimilation range, the lines will be dim since each element has novel energy levels, the spectra can assist with recognizing elements in an example.

• At the point when an atom retains energy, its electrons leap to higher energy levels.
• Then, at that point, they bounce down once more. Each bounce compares to a specific frequency of light.  
• There are numerous conceivable electron changes for every atom. Each progress has a particular energy distinction.
• This assortment of advances makes up an emission range.
• These emission spectra are as particular to every element as fingerprints are to individuals.  
• Accordingly, researchers can involve atomic spectra to recognize the elements in them