- Dispersion.
- Interference.
- Blackbody radiation spectrum.
- Refraction.
Author: ETEA MCQS.COM
No category found.
- Maximum kinetic energy.
- Incident photon energy.
- Work function.
- Stopping potential.
- Photon energy is much lower.
- Photon energy is much higher.
- Photon energy is comparable.
- Photon energy is irrelevant.
- The intensity of light.
- The material of the emitter.
- The temperature of the emitter.
- The applied voltage.
- TRUE
- FALSE
- Only visible light.
- Only X-rays.
- The intensity of light.
- The duration of light exposure.
- The frequency of incident light.
- The surface area of the metal.
- Their frequency is too low.
- Their wavelength is too long.
- Their energy is too low per photon.
- All of the above.
- Low kinetic energy.
- High kinetic energy.
- Zero kinetic energy.
- Negative kinetic energy.
- Photon energy.
- Photon frequency.
- Number of photons per second.
- Photon wavelength.
- It is halved.
- It is doubled.
- It remains the same.
- It is quadrupled.
- It increases.
- It decreases.
- It remains the same.
- It becomes zero.
- It is halved.
- It is doubled.
- It remains the same.
- It is quadrupled.
- It is halved.
- It is doubled.
- It remains the same.
- It is quadrupled.
- Intensity of light.
- Frequency of light.
- Duration of exposure.
- Size of the metal.
- Refraction.
- Interference.
- Line spectra.
- Polarization.
- Photoelectric effect.
- Compton scattering.
- Pair production.
- Elastic scattering.
- E=mc2
- E=pc
- E2=(pc)2+(m0?c2)2
- KE=21?mv2
- Photoelectric effect.
- Compton scattering.
- Pair production.
- Nuclear fission.
- Photon is light, phonon is sound.
- Photon is sound, phonon is light.
- Both are particles of light.
- Both are particles of sound.
