Lorentz Transformation

Related BrainMass Solutions

• Electromagnetics - Lorentz Transformation

  124793 Electromagnetics - Lorentz Transformation Show that B^2 - E^2 / c^2 is invariant under a Lorentz transformation. Please see the attached file. The solution solves an equation under a Lorentz Transformation.

• The Lorentz Transformation

  Use Lorentz Transformation. (delta t') = (delta t)/Sqrt(1-v*v/c*c) = 15/Sqrt(1-0.8*0.8) = 25 (hr) Using the Lorentz Transformation (delta t')=(delta t)/Sqrt(1-v*v/c*c).

• Proof of Space time invariance using Lorentz transformation

  transformation.

• beat frequency

  The Lorentz Transformation and the Doppler Effect is examined.

• Using Lorentz Transformations for Proofs

  Using the Lorentz transformation show that such a light pulse also has a spherical wave front in S' by showing that x2 + y2 + z2 - (ct)2 = 0 in S'.

• Lorentz Transformation

  It uses the Lorentz transformation equation to find the results of coordinates in the system.

• Lorentz transformation and tilting of objects

  Now, let's perform a Lorentz transformation to the frame S'.

• frequency shift in Compton scattering

  Since this must be invariant under Lorentz transformation, we can also evaluate it in the rest frame of the particle where P = 0 and E = m c^2 (m is rest mass). The answer must be the same.

• Velocity transformation/relativistic doppler effect

  In part a, I am assuming I should be using the Lorentz velocity transformation, but am unsure of how to do this since I don't know what direction (x, y) the rockets are traveling.