Physics Exam > Physics Questions > In compton effect,a)The scattered radiation c...
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In compton effect,
- a)The scattered radiation contains X-rays of a single frequency
- b)The scattered radiation contains X-rays of wavelength same as that of incident wavelength and larger than the incident wavelength
- c)The scattered radiation contains X rays of a single wavelength.
- d)The scattered radiation contains X-rays of the incident frequency and frequency smaller than the incident frequency (vin)
Correct answer is option 'B,D'. Can you explain this answer?
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In compton effect,a)The scattered radiation containsX-rays of a single...
Refer the theory of compton effect λ
The correct answers are: The scattered radiation contains X-rays of the incident frequency and frequency smaller than the incident frequency (vin), The scattered radiation contains X-rays of wavelength same as that of incident wavelength and larger than the incident wavelength
Most Upvoted Answer
In compton effect,a)The scattered radiation containsX-rays of a single...
Compton Effect:
The Compton effect is the scattering of X-rays by electrons. It was discovered by Arthur H. Compton in 1923 and provides evidence for the particle-like nature of photons.
Scattered Radiation:
When X-rays are incident on a material, they interact with the electrons in the material. The interaction results in the scattering of X-rays, which is known as the scattered radiation.
Wavelength of Scattered Radiation:
The wavelength of the scattered radiation is different from the incident wavelength. It depends on the angle of scattering and the energy of the incident X-rays.
Explanation of Options:
Let's analyze each option to understand which ones are correct.
Option A: The scattered radiation contains X-rays of a single frequency.
This option is incorrect because the scattered radiation does not have a single frequency. The energy and wavelength of the scattered X-rays change due to the Compton effect.
Option B: The scattered radiation contains X-rays of wavelength same as that of the incident wavelength and larger than the incident wavelength.
This option is partially correct. The scattered radiation contains X-rays of a longer wavelength than the incident X-rays. This increase in wavelength is known as the Compton shift. However, it is not necessarily the same as the incident wavelength.
Option C: The scattered radiation contains X-rays of a single wavelength.
This option is incorrect because the scattered radiation consists of X-rays with a range of wavelengths. The distribution of scattered X-rays depends on the angle of scattering and the energy of the incident X-rays.
Option D: The scattered radiation contains X-rays of the incident frequency and frequency smaller than the incident frequency (vin).
This option is partially correct. The scattered radiation contains X-rays of lower frequency (and shorter wavelength) than the incident X-rays. The energy loss by the scattered X-rays corresponds to a decrease in frequency.
Conclusion:
Based on the analysis, the correct options are B and D. The scattered radiation contains X-rays of a longer wavelength than the incident X-rays (Compton shift), and the scattered X-rays have a lower frequency than the incident X-rays due to energy loss.
The Compton effect is the scattering of X-rays by electrons. It was discovered by Arthur H. Compton in 1923 and provides evidence for the particle-like nature of photons.
Scattered Radiation:
When X-rays are incident on a material, they interact with the electrons in the material. The interaction results in the scattering of X-rays, which is known as the scattered radiation.
Wavelength of Scattered Radiation:
The wavelength of the scattered radiation is different from the incident wavelength. It depends on the angle of scattering and the energy of the incident X-rays.
Explanation of Options:
Let's analyze each option to understand which ones are correct.
Option A: The scattered radiation contains X-rays of a single frequency.
This option is incorrect because the scattered radiation does not have a single frequency. The energy and wavelength of the scattered X-rays change due to the Compton effect.
Option B: The scattered radiation contains X-rays of wavelength same as that of the incident wavelength and larger than the incident wavelength.
This option is partially correct. The scattered radiation contains X-rays of a longer wavelength than the incident X-rays. This increase in wavelength is known as the Compton shift. However, it is not necessarily the same as the incident wavelength.
Option C: The scattered radiation contains X-rays of a single wavelength.
This option is incorrect because the scattered radiation consists of X-rays with a range of wavelengths. The distribution of scattered X-rays depends on the angle of scattering and the energy of the incident X-rays.
Option D: The scattered radiation contains X-rays of the incident frequency and frequency smaller than the incident frequency (vin).
This option is partially correct. The scattered radiation contains X-rays of lower frequency (and shorter wavelength) than the incident X-rays. The energy loss by the scattered X-rays corresponds to a decrease in frequency.
Conclusion:
Based on the analysis, the correct options are B and D. The scattered radiation contains X-rays of a longer wavelength than the incident X-rays (Compton shift), and the scattered X-rays have a lower frequency than the incident X-rays due to energy loss.
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In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer?
Question Description
In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer?.
In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for In compton effect,a)The scattered radiation containsX-rays of a single frequencyb)The scattered radiation containsX-rays of wavelength same as that of incident wavelength and larger than the incident wavelengthc)The scattered radiation containsXrays of a single wavelength.d)The scattered radiation containsX-rays of the incident frequency and frequency smaller than the incident frequency (vin)Correct answer is option 'B,D'. Can you explain this answer?.
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