question archive Explain the meaning and consequences of wave-particle duality, in particular give one example of how light can behave as a wave and as a particle, and one example of how an electron can behave as a particle and a wave
Explain the meaning and consequences of wave-particle duality, in particular give one example of how light can behave as a wave and as a particle, and one example of how an electron can behave as a particle and a wave
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Explain the meaning and consequences of wave-particle duality, in particular give one example of how light can behave as a wave and as a particle, and one example of how an electron can behave as a particle and a wave.
2. Following the lecture notes for the Bohr's model of a hydrogen atom, derive the expression for the stable radius of an orbit rn and the corresponding total energy En of an electron.
3. A wave function is an essential component in quantum mechanics. Provide physical interpretation of the wave function and discuss the connection between the squared modulus of the wave function and measurements of probability.
4. Discuss the origin of quantum mechanical tunnelling. (hint: utilize wave function idea to represent electrons)
