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Compton shift is;
- the amount by which the photon's wavelength changes
- the increase in the frequency of scattered photon
- the increase in the wavenumber of scattered photon
- the increase in the energy of scattered photon
- N/A
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Answer: A Explanation: -
In compton effect, the scattering of photon results in;
- an increase in the energy of scattered photon
- an increase in the wavelength of scattered photon
- an increase in the frequency of scattered photon
- all are correct
- N/A
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Answer: B Explanation: -
In compton effect, the scattering of photon results in;
- a decrease in the energy of scattered photon
- a decrease in the wavelength of scattered photon
- an increase in the frequency of scattered photon
- all are correct
- N/A
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Answer: A Explanation: -
In compton effect, the scattering of photon results in;
- a decrease in the energy of scattered photon
- an increase in the wavelength of scattered photon
- a decrease in the frequency of scattered photon
- all are correct
- N/A
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Answer: D Explanation: -
Compton shift (d?) is independent of;
- the nature of substance
- wavelength of incident radiation
- both "a" and "b"
- none of these
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Answer: C Explanation: -
A.H Compton was awarded nobel prize for his discovery of compoton effect in;
- 1927
- 1923
- 1913
- 1909
- N/A
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Answer: A Explanation: -
Compton effect proofs the;
- Classical mechanics
- Quantum theory
- light wave theory
- none of these
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Answer: B Explanation: -
Neil Bohr proposed his atomic model in;
- 1909
- 1913
- 1911
- 1900
- N/A
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Answer: B Explanation: -
When an electron jumps from "M" energy level to the ground energy level;
- it radiates energy
- it gains energy
- it is excited
- its energy remains the same
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Answer: A Explanation: -
In the ground state of atom, the electron is present;
- in the nucleus
- in the second shell
- farthest from the nucleus
- nearest to the nucleus
- N/A
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Answer: D Explanation: