- 3.1 eV
- 2.5 eV
- 3.5 eV
- 4.0 eV
Category: Chemistry
- 5.0 eV
- 8.0 eV
- 12.8 eV
- 0.5 eV
- 4.0?10?19 J
- 1.56?1018 J
- 2.5?10?19 J
- 4.0?10?18 J
- 6.03?1014 Hz
- 2.65?10?53 Hz
- 4.0?1015 Hz
- 1.6?1014 Hz
- 7.956?10?7 m
- 7.956?10?9 m
- 2.65?1014 m
- 1.20?10?7 m
- 3.315?10?19 J
- 3.978?10?19 J
- 3.315?10?20 J
- 4.98?10?19 J
- 3.315?10?19 J
- 3.315?10?48 J
- 1.326?1048 J
- 7.53?1017 J
- Photon has mass, electron does not.
- Photon is charged, electron is neutral.
- Photon is a quantum of light, electron is a particle of matter.
- Photon is a wave, electron is a particle.
- It increases.
- It decreases.
- It remains the same.
- It becomes zero.
- It increases.
- It decreases.
- It remains the same.
- It becomes zero.
- Photons.
- Energy of each photon.
- Wavelength of photons.
- Speed of photons.
- Amplitude.
- Number of photons.
- Energy of its photons.
- Speed.
- Kinetic energy.
- Work function.
- Threshold frequency.
- Stopping potential.
- It decreases.
- It increases.
- It remains the same.
- It becomes infinite.
- They can have any energy value.
- They can only have discrete energy values.
- They are continuous.
- They are always zero.
- It decreases.
- It increases.
- It remains the same.
- It becomes zero.
- They slow down.
- They speed up.
- Their speed remains the same.
- They stop moving.
- Radio waves.
- Infrared.
- Visible light.
- Gamma rays.
- Gamma rays.
- UV rays.
- Radio waves.
- Microwaves.
