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  • PROBLEM 4.6.
  • What is the de Broglie wavelength of a proton moving at a velocity of 0.6 s (c is the speed of light in
  • Vacuum)?

  • Task 4.16
  • The mass of a moving electron is twice that of its rest mass. Calculate the minimum
  • Uncertainty of the electron coordinate.
  • Task 4.26
  • The particle lies in an infinitely deep one-dimensional potential well of width l in the main
  • Condition. What is the ratio of the probability density of the particle detection in the center of the well to
  • Classical probability density.

  • Task 4.36
  • Find the short-wavelength limit of the bremsstrahlung X-ray spectrum, if on an X-ray tube
  • The voltage is 60 kV.

  • Task 4.46
  • Due to radioactive decay, 23892U is converted to 20682Pb. How many alpha and beta transformations
  • Is he experiencing it? .
  • Task 4.56
  • Determine the maximum kinetic energy of an electron emitted during the decay of a neutron.
  • Write a breakdown diagram.
  • Task 4.66
  • Each of the Cs + and Cl- ions forms in the CsCl crystal simple cubic sublattices with a parameter of 0.411
  • Nm. Find the density of cesium chloride.
  • Task 4.76
  • How much heat is required to heat 1 mole of nickel from 5 K to 15 K. The Debye temperature for
  • Nickel is equal to 450 K.

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