Learning Path
Question & Answer1
Understand Question2
Review Options3
Learn Explanation4
Explore TopicChoose the Best Answer
A
Reflection
B
Interference
C
Diffraction
D
Absorption
Understanding the Answer
Let's break down why this is correct
Answer
The wave‑like behavior of electrons shows up in the double‑slit experiment, where the particles create an interference pattern on a screen. Sound waves behave the same way when two loudspeakers emit waves that overlap. The overlapping sound waves produce bright and dark spots, just as the electrons produce bright and dark bands in the experiment. So, sound waves are to the interference pattern produced by two speakers as electrons are to the double‑slit experiment. This shows that both electrons and sound waves can act like waves when they pass through two openings or emit from two sources.
Detailed Explanation
Electrons act like waves in the double‑slit test. Other options are incorrect because Reflection means a wave bounces off a surface; Diffraction is when a wave bends around an obstacle.
Key Concepts
Wave-particle duality
Interference patterns
Quantum mechanics
Topic
Wave-like Behavior of Electrons
Difficulty
easy level question
Cognitive Level
understand
Practice Similar Questions
Test your understanding with related questions
1
Question 1How does the wave-like behavior of electrons relate to their probability density in a double-slit experiment?
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Question 2Wave-like behavior of electrons is to the double-slit experiment as sound waves are to what?
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Question 3Which of the following best explains the wave-like behavior of electrons as observed in the double-slit experiment?
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Question 4Arrange the following concepts in the correct order to describe the wave-like behavior of electrons: A) Electron diffraction, B) De Broglie wavelength, C) Double-slit experiment, D) Wave-particle duality.
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Question 5In the context of the wave-like behavior of electrons, the phenomenon observed in the double-slit experiment demonstrates that electrons can exhibit __________, behaving like waves rather than particles.
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Question 6How does the wave-like behavior of electrons relate to their probability density in a double-slit experiment?
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Question 7Which of the following best explains the wave-like behavior of electrons as observed in the double-slit experiment?
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Question 8In the context of the wave-like behavior of electrons, the phenomenon observed in the double-slit experiment demonstrates that electrons can exhibit __________, behaving like waves rather than particles.
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