1b]1. The problem statement, all variables and given/known data A cube oriented so that its corner lies on the origin and it extends positive 1m in the x, y, and z direction. An electric field of 3.00 i + 2.5 j passes through this space. What is the charge enclosed by the cube? 3. The attempt at a solution Gauss' law is integr(E . dA) = Q/epsilon since the surface is of a cube, you can add the dot product of E and dA for every face except for the one lying in the x-y plane because there is no 'k' component of the E field. The dot products of the faces cancel out though So the the total charge enclosed is 0 is that right?