if white light is used in place of monochromatic light, a few coloured rings are observed. each colour gives rise to its own system snd it gives a rainbow type illuminetion. tjese rings soon superimpose and result in uniform illumination
I'll speculate. White light is a mix of many wavelengths. Just like a prism, the white light may be separated into multiple 'colored' rings which would probably overlap because of the small distances involved in the experiment. Yellow is closer to a single wavelength eliminating the 'rainbow effect' which might occur from using white light.
Instead bright and dark rings we get only coloured rings
sodium lamp gives you a monochromatic light .Mercury light&white is mixture of all seven colours
It would evaporate
In some fairly recent experiments physicists have claimed to able to stop light entirely in super-cooled sodium.
blindness
Mercury vapor streetlights, used since the 1940s, glow a greenish white. Sodium vapor streetlights, which have gradually replaced most of the MV streetlights in the US, glow orange. Another two, metal halide and LED, glow completely white.
there is no such thing as an average mass of a sodium. sodium is an element. a sodium molecule's mass will therefore be exact in mass, never average.
Sodium ions have a charge of 1+
One electron is removed from sodium.
it produces sodium ethanoate
you get sodium chloride (naCl) Salt
By bumping into it
Sodium wins!
Any reaction occur.
Sodium is MUCH faster.
sodium must lose one electron
Anything; ENO contain sodium bicarbonate.
Sodium bicarbonate dissolves in water, that is all that will happen.
nothing would happen. As there is sodium in both compounds nothing would react. At most depending on the levels and concentrations in this reaction you may get the sodium to disolve a little otherwise nothing will happen
They will form a corresponding sodium salt and release carbon dioxide.