Learn to Create a Robotic Device Using Arduino in the Free Webinar. Register Now
One of our academic counsellors will contact you within 1 working day.
Click to Chat
1800-1023-196
+91-120-4616500
CART 0
Use Coupon: CART20 and get 20% off on all online Study Material
Welcome User
OR
LOGIN
Complete Your Registration (Step 2 of 2 )
Free webinar on Robotics (Block Chain) Learn to create a Robotic Device Using Arduino
30th Jan @ 5:00PM for Grade 1 to 10
Plz explain Dual Behaviour of Electromagnetic Radiation Plz explain Dual Behaviour of Electromagnetic Radiation
Plz explain Dual Behaviour of Electromagnetic Radiation
Dual Behaviour of Electromagnetic Radiation The particle nature of light posed a dilemma for scientists. One the one hand, it could explain the photoelectric effect satisfactorily but on the other hand, this was not consistent with the known wave behavior of light which could account for the phenomena of interference and diffraction. The only way to resolve the dilemma was to accept the idea that light possesses both particle and wave-like properties, i.e., light has dual behavior. Depending on the experiment, we find that light behaves either as a wave or as a stream of particles. Whenever radiation interacts, with matter, it displays particle like properties, in contrast to the wavelike properties (interference and diffraction) it exhibits when it propagates. This concept was totally alien to the way the scientists though about matter and radiation and it took them a long time to become convinced of its validity. It turns out, as you shall see later, that some microscopic particles like electrons also exhibit this wave-particle duality.
Dual Behaviour of Electromagnetic Radiation
The particle nature of light posed a dilemma for scientists. One the one hand, it could explain the photoelectric effect satisfactorily but on the other hand, this was not consistent with the known wave behavior of light which could account for the phenomena of interference and diffraction. The only way to resolve the dilemma was to accept the idea that light possesses both particle and wave-like properties, i.e., light has dual behavior. Depending on the experiment, we find that light behaves either as a wave or as a stream of particles. Whenever radiation interacts, with matter, it displays particle like properties, in contrast to the wavelike properties (interference and diffraction) it exhibits when it propagates. This concept was totally alien to the way the scientists though about matter and radiation and it took them a long time to become convinced of its validity. It turns out, as you shall see later, that some microscopic particles like electrons also exhibit this wave-particle duality.
There are three experiments in our syllabus which cannot be explained by wave nature namely
The reason is that waves cannot transfer momentum into particles whereas these experiment involves the transfer of momentum. To explain this as wave nature couldn't particle nature was adopted. In a few cases like
particle nature is violated and wave nature is satisfied. In the rest of the experiments both the natures can be used to explain the phenomena.
Keeping all these views in mind, Dual nature is predicts that when waves collides with matter it exhibits particle nature and when they don't they exhibit wave nature.
Haha i knw this ans it would help you in your stufies this question is very important for the exams if you think you are not able to attempt this qyestion then think you are nothing as its the chemistry so i wish you all will be able to attempt this question plz do this question its our witk no other will do our work our do it on oit answer sheet. Now main thing anybody who knew answer plz also tell me
Post Question
Dear , Preparing for entrance exams? Register yourself for the free demo class from askiitians.
points won -