So quantum physics must use probability theory? : quantum physics

493

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What is meant by energy spectrum of a black body? What do you infer from it? : quantum physics

556

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What is meant by degenerate and non-degenerate state? Give examples. : quantum physics

502

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Why is it that sound waves are not normally considered as having particle-like properties, nor raindrops as having wave-like properties? : quantum physics

564

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Why ”quantum physics” is named as it is? : quantum physics

496

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What are the applications of electron microscope. : quantum physics

470

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What is black body? : quantum physics

467

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Explain how spectral lines show discrete energy levels in an atom. : quantum physics

473

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What is black body and what are its characteristics? : quantum physics

476

---

How spectral lines show discrete energy levels in an atom. : quantum physics

428

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What is physical significance of wave function? : quantum physics

497

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What are the assumptions of quantum theory of black body radiation? : quantum physics

494

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I’ve heard that in quantum physics a lot of fancy mathematical objects like hilbert spaces are used, and that in particular, measurable quantities are described by self-adjoint operators. Are these things related to what you have just explained? : quantum physics

497

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Describe and interpret qualitatively the evidence provided by electron diffraction for the wave nature of particles. : quantum physics

645

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What are the applications of schrödinger wave equations? : quantum physics

522

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