The transverse type of this effect was used in the Ives-Sitwell experiment and is a relativistic phenomenon attributable to time dilation. Its classical form is responsible for its namesake broadening in spectral lines, and involves multiplication by a factor of v over v plus v sub s, where v is abs
The transverse type of this effect was used in the Ives-Sitwell experiment and is a relativistic phenomenon attributable to time dilation. Its classical form is responsible for its namesake broadening in spectral lines, and involves multiplication by a factor of v over v plus v sub s, where v is absolute velocity and v sub s is the relative speed of the (*) source. Applied to light to explain the red- shift of distant galaxies, for 10 points, name this effect in which the observed frequency of a wave is shifted by relative motion between the source and observer.
The transverse type of this effect was used in the Ives-Sitwell experiment and is a relativistic phenomenon attributable to time dilation.