- Radio wave.
- Visible light.
- X-ray.
- Microwave.
Category: Chemistry
- 6.63?10?20 J
- 3.315?10?19 J
- 6.63?10?19 J
- 9.945?10?20 J
- 7.27?10?10 m
- 7.27?10?13 m
- 7.27?10?9 m
- 7.27?10?12 m
- 4.8?10?19 J
- 1.6?10?19 J
- 3.2?10?19 J
- 0.8?10?19 J
- 2.0?1015 Hz
- 1.0?1015 Hz
- 4.0?1015 Hz
- 3.0?1015 Hz
- 2.41?1018 Hz
- 1.6?10?15 Hz
- 10?103 Hz
- 2.41?1016 Hz
- 4.97?10?19 J
- 3.315?10?19 J
- 6.63?10?19 J
- 4.0?10?19 J
- ?=hc/?0?
- ?=h?0?/c
- ?=?0?/hc
- ?=hc?0?
- Photoelectric emission occurs.
- No photoelectric emission occurs.
- Electrons are ejected with high KE.
- The work function increases.
- More electrons are ejected.
- Electrons are ejected with higher KE.
- No electrons are ejected.
- The threshold frequency decreases.
- Cut-off wavelength.
- Threshold frequency.
- Emission wavelength.
- Critical wavelength.
- Their speed.
- Their color.
- Their number.
- Their frequency.
- Eph??W if Eph?>W, else 0.
- W?Eph?
- Eph?+W
- Eph?
- Dispersion.
- Interference.
- Blackbody radiation spectrum.
- Refraction.
- 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.
