1. The problem statement, all variables and given/known data at some instant the velocity components of an electron moving between two charged parallel plates are vx = 1.20 105 m/s and vy = 3.70 103 m/s. Suppose that the electric field between the plates is given by Evec = (120 N/C) jhat. (a) What is the electron's acceleration in the field? -2.11*E13 m/s2 jhat Incorrect (b) What is the electron's velocity when its x coordinate has changed by 1.4 cm? 1.20*E5 m/s ihat + -2.46*E6 m/s jhat Incorrect 2. Relevant equations F=ma F=E*Q V*T=D V_0+A*T=V_1 3. The attempt at a solution Rearranging the above equations i get A=(E*Q)/M so A=(120*1.6*10^-19)/(9.1*10^-31)=2.11*10^13 jhat in the negative direction Because acceleration is in the J direction there is no Iforce, so I is constant. so for D=t*V or t=d/v t=.014m/1.2*10^5=1.17*10^-7 then V_F=V_I+A*T so V_F=3.7*10^3+-2.11*10^13*1.17^10^-7=-2.46*10^6 Yet all of my answers are incorrect, what am i doing wrong?