When the frequency of the light is increased in a photoelectric effect experiment, the energy of the emitted electrons increases.
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[Ques. 2] As the intensity of light is increased in a photoelectric effect experiment, the energy of the emitted electrons increases.
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[Ques. 3] Two different gases may have the same emission line spectrum.
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[Ques. 4] There is a direct correlation between the absorption and emission spectra of a particular gas.
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[Ques. 5] Perfect absorbers of electromagnetic radiation are also perfect emitters.
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[Ques. 6] The energy of an oscillating atom in a blackbody can be a any value within a certain limited range.
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[Ques. 7] The peak of the radiation curve of a blackbody moves toward larger wavelength as its temperature increases.
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[Ques. 8] The peak of the radiation curve of a blackbody moves upward toward higher intensity as its temperature increases.
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[Ques. 9] In a blackbody, the energy of the oscillating atoms is quantized.
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[Ques. 10] A 100 eV electron and a 100 eV proton have equal de Broglie wavelengths.
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