Part A IP Consider two different photons that scatter through an angle of 180 " f from a free electron. One is a visible light photon with ) - 520 nm , the Which (if either) photon experiences the greater change in wavelength as a result of the other is an X-ray photon with x - 3.0-10 2 nm scattering? The visible light photon experiences the greater change in wavelength The X-ray photon experiences the greater change in wavelength The change in wavelength is the same for both photons Previous Answers Correct Part B Explain. ige in wavelength is identical; follows Compton formula based on ring angle, regs scattering regardless of photon type . Previous Answers Submitted, grade pendingPart B IP Consider two different photons that scatter Explain through an angle of 180 " from a free electron. One is a visible light photon with X - 520 nm . the Change in wavelength is identical; follows Compton formula based on other is an X-ray photon with X - 3.0-10 - am scattering angle, regardless of photon type. Previous Answers Submitted, grade pending Part C Which photon experiences the greater percentage change in wavelength? The visible-light photon experiences the greater percent change The X-ray photon experiences the greater percent change The percent change in wavelength is the same for both photons Previous Answer CorrectPart B IP Consider two different photons that scatter through an angle of 180 % from a free electron. One Explain. is a visible light photon with X - 520 nm , the other is an X-ray photon with A - 3.0-10 2 nm Change in wavelength is identical; follows Compton formula based on scattering angle, regardless of photon type. Previous Answers Submitted, grade pending Part C Which photon experiences the greater percentage change in wavelength? The visible-light photon experiences the greater percent change The X-ray photon experiences the greater percent change The percent change in wavelength is the same for both photons Previous Answers Correct Part DCorrect IP Consider two different photons that scatter through an angle of 180 " from a free electron. One Part D is a visible light photon with x - 520 um , the other is an X-ray photon with X - 3.0-10 2 nm Explain Compton formula applies universally; independent of photon type, change depends only on scattering angle and initial wavelength. Previous Answers Submitted, grade pending Part E Calculate the percentage change in wavelength of visible-light photon Express your answer using two significant figures. AED AA Submit Request AnswerPart E Calculate the percentage change in wavelength of visible light photon. Express your answer using two significant figures. IVO AEQ Submit Request Answer Part F Calculate the percentage change in wavelength of X-ray photon Express your answer using two significant figures. VO AEQ ? Submit