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Question & Answer
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Electrons have mass, which causes diffraction
Electrons exhibit wave-particle duality, allowing for interference
Electrons are always in motion, preventing them from behaving like particles
Electrons are influenced by magnetic fields that change their path
Understanding the Answer
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Electrons act as both particles and waves. Other options are incorrect because Mass is how heavy an electron is; Being in motion does not stop a wave.
Key Concepts
Wave-like Behavior of Electrons
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Deep Dive: 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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