None 4.4 e* e e* e Scattering. In this chapter, we discussed the details of the (lowest-order) Feynmandiagram for the process e* e - µ* p. In this exercise, we will study the process e* e - et e.Using the Feynman rules, draw all of the Feynman diagrams for e* e - et e scattering, calledBhabha scattering. 7 Each diagram should contain only one internal photon, and be sure to clearlylabel the momentum of each external particle.Hint: Unlike e* e - µ* p scattering, there is more than one Feynman diagram for et e - e* escattering.

The Bhabha scattering diagrams are given as follows The equation is e-+e+→e-+e+The two Feynmann…

4.4 e* e - e* e Scattering. In this chapter, we discussed the details of the (lowest-order) Feynman diagram for the process e* e - u* H. In this exercise, we will study the process e* e - e* e. Using the Feynman rules, draw all of the Feynman diagrams for e* e - e* e scattering, called Bhabha scattering. 7 Each diagram should contain only one internal photon, and be sure to clearly label the momentum of each external particle. Hint: Unlike e* e - µ* p scattering, there is more than one Feynman diagram for e* e - e* e scattering.

4.4 e* e - e* e Scattering. In this chapter, we discussed the details of the (lowest-order) Feynman diagram for the process e* e - u* H. In this exercise, we will study the process e* e - e* e. Using the Feynman rules, draw all of the Feynman diagrams for e* e - e* e scattering, called Bhabha scattering. 7 Each diagram should contain only one internal photon, and be sure to clearly label the momentum of each external particle. Hint: Unlike e* e - µ* p scattering, there is more than one Feynman diagram for e* e - e* e scattering.