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A photon in light beam A has twice the energy of one in light beam B. The ratio of A / B of the wavelengths is:PowerPoint Presentation

A photon in light beam A has twice the energy of one in light beam B. The ratio of A / B of the wavelengths is:

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A photon in light beam A has twice the energy of one in light beam B. The ratio of A / B of the wavelengths is:

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- 1/2
- 1/4
- 1
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Monoenergetic electrons are incident on a single slit barrier. If the energy of each incident electron is increased the central maximum of the diffraction pattern:

- widens
- narrows
- Stays the same
- Depends on the speed of the electrons

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- Greater for A than for B
- Greater than B than for A
- The same for A and B
- Not enough info to decide