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3. The linear attenuation of the intensity of incident radiation on a material is affected by kind of radiation thickness of the material temperature of the material frequency of radiation

3. The linear attenuation of the intensity of incident radiation on a material is affected by kind of radiation thickness of the material temperature of the material frequency of radiation

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3. The linear attenuation of the intensity of incident radiation on a material is affected by kind of radiation thickness of the material temperature of the material frequency of radiation
Transcribed Image Text:3. The linear attenuation of the intensity of incident radiation on a material is affected by kind of radiation thickness of the material temperature of the material frequency of radiation
2. In view of the Planck's lucky guesswork to solve the ultraviolet catastrophe, he answered that an oscillator has a continuous distribution of possible energies. oscillator energy is not affected by the incoming radiation. an oscillator emits radiation of certain frequency during specific energy transition. the energy of the oscillator is only affecte at ultraviolet frequencies of radiation.
Transcribed Image Text:2. In view of the Planck's lucky guesswork to solve the ultraviolet catastrophe, he answered that an oscillator has a continuous distribution of possible energies. oscillator energy is not affected by the incoming radiation. an oscillator emits radiation of certain frequency during specific energy transition. the energy of the oscillator is only affecte at ultraviolet frequencies of radiation.
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