Which of the following best describes the evidence for wave particle duality in atomic energy levels? Electrons can only behave as particles in atoms. 11 Flectrons do not exhibit wave-like properties in atoms. Electrons can occupy any energy level within an atom. Electrons can only occupy discrete energy levels, explained by their ways-like nature.

Question

Which of the following best describes the evidence for wave particle duality in atomic energy levels? Electrons can only behave as particles in atoms. 11 Flectrons do not exhibit wave-like properties in atoms. Electrons can occupy any energy level within an atom. Electrons can only occupy discrete energy levels, explained by their ways-like nature.

Answer 1

## Step 1The problem is asking us to identify the statement that best describes the evidence for wave-particle duality in atomic energy levels. Wave-particle duality is a fundamental concept in quantum mechanics that states that all particles also exhibit properties of waves.## Step 2The first three options do not accurately describe the evidence for wave-particle duality. They either oversimplify the concept or misrepresent the properties of electrons in atoms.## Step 3The fourth option, "Electrons can only occupy discrete energy levels, explained by their wave-like nature," is the correct answer. This statement accurately describes the evidence for wave-particle duality in atomic energy levels. According to the Schrödinger equation, electrons in an atom can only occupy certain energy levels, which are determined by the wave-like nature of the electrons.

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