Match the evidence and reasoning to support the claim: Light is a particle. Evidence: I. Light passing through a double slit creates an interference pattern on a screen. II. Electrons are ejected from a piece of metal when some wavelengths of light shine upon it Reasoning: III. Diffraction and interference are characteristic properties of particles. IV. Electrons are only ejected if the light has a frequency above a threshold value. V. If electrons are not initially ejected, then increasing the intensity of the light will cause electrons to be ejected by increasing the energy of the light. I and III Il and IV I and IV O Il and V I and V OI I, IV, and V

Introductory Chemistry: A Foundation
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ISBN:9781337399425
Author:Steven S. Zumdahl, Donald J. DeCoste
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Chapter11: Modern Atomic Theory
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Match the evidence and reasoning to support the claim: Light is a particle.
Evidence:
I. Light passing through a double slit creates an interference pattern on a screen.
II. Electrons are ejected from a piece of metal when some wavelengths of light
shine upon it
Reasoning:
II. Diffraction and interference are characteristic properties of particles.
IV. Electrons are only ejected if the light has a frequency above a threshold value.
V. If electrons are not initially ejected, then increasing the intensity of the light will
cause electrons to be ejected by increasing the energy of the light.
O I and III
O Il and IV
I and IV
O Il and V
I and V
O II, IV, and V
Transcribed Image Text:Match the evidence and reasoning to support the claim: Light is a particle. Evidence: I. Light passing through a double slit creates an interference pattern on a screen. II. Electrons are ejected from a piece of metal when some wavelengths of light shine upon it Reasoning: II. Diffraction and interference are characteristic properties of particles. IV. Electrons are only ejected if the light has a frequency above a threshold value. V. If electrons are not initially ejected, then increasing the intensity of the light will cause electrons to be ejected by increasing the energy of the light. O I and III O Il and IV I and IV O Il and V I and V O II, IV, and V
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