Podcast
Questions and Answers
Match the following phenomena with their explanation:
Match the following phenomena with their explanation:
Reflection, refraction, interferences, diffraction, and polarization = Explained by the wave theory of light Photoelectric effect and Compton Effect = Explained on the basis of quantum theory Beam of light consisting of small packets each having energy hν called photon or quanta = Photon behavior as particles explained by quantum theory Electromagnetic radiation as particle and wave = Dual nature of electromagnetic radiation
Match the following concepts with their explanation:
Match the following concepts with their explanation:
Wave-particle duality = Light possesses both wave and particle nature Bohr's principle of complementarity = Wave and particle aspects are complementary Particle aspects of electrons, photons, and others = Established by the measurement of elm and other characteristics of cathode ray Experimental situation with electromagnetic radiation = One model can be applied - either wave or particle aspect
Match the following terms with their respective usage:
Match the following terms with their respective usage:
PPT, NOTES, VIDEO LECTURE, E-BOOK = Educational resources for learning PYQ, EXPERIMENT, ASSIGNMENT, TUTORIAL = Learning support materials for practice and application
Match the following units with their associated topic:
Match the following units with their associated topic:
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Match the following scientist with their contribution:
Match the following scientist with their contribution:
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Which theory successfully explained the optical phenomenon like reflection, refraction, and polarization?
Which theory successfully explained the optical phenomenon like reflection, refraction, and polarization?
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What did the quantum theory state about a beam of light of a frequency?
What did the quantum theory state about a beam of light of a frequency?
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Which principle did Neil Bohr start in 1928?
Which principle did Neil Bohr start in 1928?
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What characteristic of cathode ray clearly established the particle aspect of the electrons?
What characteristic of cathode ray clearly established the particle aspect of the electrons?
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In any experimental situation, which model can be applied according to the text?
In any experimental situation, which model can be applied according to the text?
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