Q.1 Describe briefly (short questions) a) What might be the effects on a photoelectric effect experiment if we were to double the frequency of the incident light? If we were to double the wavelength? If we were to double the intensity? b) In earth’s frame of reference light (photons) take approximately take 8 min and 20 sec to travel from sun to earth. What will be the time for this travel (from sun to earth) for light (photons) in photon frame of reference? c) If by some experiment the speed of electron is determined by 100 % certainly, can you describe the location of electron?

Q.1 Describe briefly (short questions) a) What might be the effects on a photoelectric effect experiment if we were to double the frequency of the incident light? If we were to double the wavelength? If we were to double the intensity? b) In earth’s frame of reference light (photons) take approximately take 8 min and 20 sec to travel from sun to earth. What will be the time for this travel (from sun to earth) for light (photons) in photon frame of reference? c) If by some experiment the speed of electron is determined by 100 % certainly, can you describe the location of electron?

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Question

Q.1 Describe briefly (short questions)

a) What might be the effects on a photoelectric effect experiment if we were to double the frequency of the incident light? If we were to double the wavelength? If we were to double the intensity?

b) In earth’s frame of reference light (photons) take approximately take 8 min and 20 sec to travel from sun to earth. What will be the time for this travel (from sun to earth) for light (photons) in photon frame of reference?

c) If by some experiment the speed of electron is determined by 100 % certainly, can you describe the location of electron?

Definition Definition Phenomenon in which a substance absorbs electromagnetic radiation and electrically charged particles are emitted from or inside it.

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