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Gamma-ray photons primarily interact with matter through only one type of interaction.
Gamma-ray photons primarily interact with matter through only one type of interaction.
False
The Photoelectric Effect is a process where an incident photon is partially absorbed by an atom.
The Photoelectric Effect is a process where an incident photon is partially absorbed by an atom.
False
X-ray photons primarily interact with matter through the Photoelectric Effect.
X-ray photons primarily interact with matter through the Photoelectric Effect.
True
The four main types of interactions involving X-ray and gamma-ray photons include the Photoelectric Effect, and three other types.
The four main types of interactions involving X-ray and gamma-ray photons include the Photoelectric Effect, and three other types.
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The ejection of an electron from an atom occurs when a photon is partially absorbed by the atom.
The ejection of an electron from an atom occurs when a photon is partially absorbed by the atom.
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Gamma-ray photons do not interact with matter through the Photoelectric Effect.
Gamma-ray photons do not interact with matter through the Photoelectric Effect.
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The Photoelectric Effect is a type of interaction that involves the partial absorption of a photon by an atom.
The Photoelectric Effect is a type of interaction that involves the partial absorption of a photon by an atom.
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