Kirchhoff’s Laws said: Light of all wavelengths shines on an atom; only light of an energy equal to the difference between “floors” will be absorbed and cause electrons to jump up in floors. The rest of the light passes on by to our detector. We see an absorption spectrum: light at all wavelengths minus those specific wavelengths. This lecture briefly describe Kirchhoff’s Laws of Spectral Lines. Spectral lines are a dark or bright line in an otherwise uniform and continuous spectrum, resulting from emission or absorption of light in a narrow frequency range, compared with the nearby frequencies.
More Post
-
Annual Report 2015-2016 of Bharat Petroleum Corporation Limited
-
New Gaming Technology makes it possible to Smell in a VR Environment
-
Natural Capital Accounting
-
Studying Smart
-
Cosmopolitanism – a philosophical and political concept
-
Hubble Reminds Everyone It Exists With Gorgeous Glittering Star Cluster
Latest Post
-
Sulfur and Life’s Origin
-
Cathodic Protection – a technique for controlling corrosion
-
Electromagnetism – a discipline of physics
-
Astronomers Measure the Heaviest Black Hole Pair ever Discovered
-
Even Passive Smokers are Extensively Colonized by Microbes
-
Webb discovers Proof that a Neutron Star powers the Young Supernova Remnant