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Question & Answer
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Electrons behave only as particles, which explains interference patterns.
The wavefunction represents the probability of finding an electron, leading to constructive and destructive interference.
Interference is observed only when electrons are treated as classical particles.
Electrons do not exhibit wave-like behavior and thus cannot form interference patterns.
Understanding the Answer
Let's break down why this is correct
The wavefunction describes where an electron is likely to be found, and it behaves like a wave. Other options are incorrect because This answer thinks electrons are only tiny balls; The idea is that only solid particles can interfere, but interference comes from waves.
Key Concepts
Wave-like Behavior of Electrons
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Definition
This topic focuses on the wave-like behavior of electrons, including electron diffraction phenomena like the double-slit experiment and De Broglie waves. It covers the wave equation for electrons and the interpretation of their wave-particle duality.
Topic Definition
This topic focuses on the wave-like behavior of electrons, including electron diffraction phenomena like the double-slit experiment and De Broglie waves. It covers the wave equation for electrons and the interpretation of their wave-particle duality.
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