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A photon, let's call it photon A, has twice the energy of a photon B ¾The...

  1. A photon, let's call it photon A, has twice the energy of a photon B ¾The momentum of the photon A is greater than, equal to, or less than photon B? ¾The wavelength of photon A is greater, equal to or less than photon B? Fundamentally quantitavimante his answer.

  1. The smallest distance (resolving power) of an electron microscope is equal to the Broglie wavelength of the electrons it emits. If the electrons start from rest, which it must be the kinetic energy that must be printed to have the same resolving power of a microscope using gamma rays of a frequency of 2.4 × 1019 Hz.?

Speed ​​of light : c = 3 × 10^8[m/s]

Planck constant: h = 6, 626 × 10^(−34) [J· s]

Electron mass Me = 9, 1 × 10^(−31) [kg]

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