Lectures on Physics: Exercises, Volume 3Addison-Wesley, 1965 - Physics |
From inside the book
Results 1-3 of 3
Page
... interference pattern P12 drawn in the figure , one can estimate the wavelength λ and 2 ° 12 to be associated with ... pattern , at the first maximum away from the center , and at the first two minima in the interference pattern . Compare ...
... interference pattern P12 drawn in the figure , one can estimate the wavelength λ and 2 ° 12 to be associated with ... pattern , at the first maximum away from the center , and at the first two minima in the interference pattern . Compare ...
Page
... interference pattern , then the whole pattern is displaced and we may say that the particles have been deflected upward a distance S. Suppose that in Region A the particle has a small potential energy which is a function only of its ...
... interference pattern , then the whole pattern is displaced and we may say that the particles have been deflected upward a distance S. Suppose that in Region A the particle has a small potential energy which is a function only of its ...
Page
... interference effects can occur even when one of the interfering possibilities is not very probable . In the two hole ... pattern is still 50 percent higher than at a minimum . 3-9 . " 1 The The diameter of the nearest 3-4 "unflipped ...
... interference effects can occur even when one of the interfering possibilities is not very probable . In the two hole ... pattern is still 50 percent higher than at a minimum . 3-9 . " 1 The The diameter of the nearest 3-4 "unflipped ...
Other editions - View all
Common terms and phrases
ammonia molecule angle angular distribution angular momentum anti-neutrino apparatus Assume B-field beam of spin Bose particle butadiene Calculate Chapter 13 Consider decays detector deuterons direction distance electron volts emission energy levels equal excited extra electron fermion ferromagnet filter which passes finding the particle frequency go from x,j Hamiltonian Hamiltonian matrix helium hole incident and target incident beam incoming particle interference pattern magnetic field magnetic moment matrix elements meson N₂ neutrino neutron scattering nucleus number of atoms number of photons P₁ P₂ particle has spin passes only particles Polaroid probability problem R₂ radiation REC'D region rotated saturation magnetization scattering Schrödinger equation screen slits spin 1/2 particle spin one particles spin one-half particles spin zero spins aligned splitter and restorer stationary Stern-Gerlach apparatuses Stern-Gerlach filter Suppose target neutrons unpolarized protons velocity wave function wavelength x-y plane z-axis ΔΕ