(c) Describe the experimental setup of the Compton experiment and list the procedures of. (b) Find the relation between the angles phi and theta. The Compton effect is a fundamental phenomenon in physics that involves the scattering of X-ray or gamma-ray photons by electrons. The relationship between the energies of incident and final photon can be. theta, the scattering angle of the photon Ee, the final energy of the electron E ', the final energy of the photon If we care only about the energy and direction of the photon, then the electron variables can be treated as constants, meaning that it's possible to solve the system of equations. Question: Give a detailed derivation of the Compton formula: lambda - lambda (h/mc) (1 - cos theta). Compton scattering is the elastic collision between a photon and a free. The short of it is, if you are careful about labeling your forces, then you don't need to know the weight of the hanging mass, or even calculate the tension force. Youll get a detailed solution from a subject matter expert that helps you learn core concepts. If you know what all the forces sum up to, then you can use some pictorial vector math and determine the unknown angle $\theta$ in terms of $\phi$ without doing math. Use Newton's laws to relate your three forces. If this is true, then the tension force in the rope is uniform throughout. Be sure all of your forces refer to forces on the pulley, not forces at some other location (such as on the bottom-right anchor, even if they are equal in magnitude. I think your labeling of forces is making this harder than it ought to be.
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