Two electrons, each with mass mm and charge qq$,$ are released from positions very far from each other. With respect to a certain reference frame, electron A has initial nonzero speed vv toward electron B in the positive x direction, and electron B has initial speed $3$v$3$v toward electron A in the negative x direction. The electrons move directly toward each other along the x axis $($very hard to do with real electrons$).$ As the electrons approach each other, they slow due to their electric repulsion. This repulsion eventually pushes them away from each other.What is the total energy EinitialEinitial of the two electrons when they are initially released? Assume that the electrons are so far apart that their potential energy is zero.