Scattered radiation coming from the patient, compared to the primary incident radiation, is:

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Multiple Choice

Scattered radiation coming from the patient, compared to the primary incident radiation, is:

Explanation:
When photons scatter off the patient's tissues, they undergo Compton scattering, where part of the photon’s energy is transferred to a recoil electron. The scattered photon therefore emerges with less energy than the incident photon. The amount of energy lost increases with the scattering angle, so the majority of scatter radiation in diagnostic radiology has lower energy than the primary beam. This is why scattered radiation is less energetic than the primary incident radiation.

When photons scatter off the patient's tissues, they undergo Compton scattering, where part of the photon’s energy is transferred to a recoil electron. The scattered photon therefore emerges with less energy than the incident photon. The amount of energy lost increases with the scattering angle, so the majority of scatter radiation in diagnostic radiology has lower energy than the primary beam. This is why scattered radiation is less energetic than the primary incident radiation.

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