Electric field E in a certain region has magnitude of 1000 N/C and is pointing in -y direction. Electric potential at point along y axis, y=3.0 m is equal to +2000 V. What is the electric potential at point y=0 m? Enter your answer is volts, rounded to the nearest integer.An electron moving in the electric field lost some potential energy. Which of the following statements are not true? Electron is moving along the direction of the electric field. Electron is moving against the direction of the electric field. Electron is moving perpendicular to the electric field Electron's velocity can make an angle with the electric field, but at least one component of the velocity has to be parallel to E Electron's velocity can make an angle with the electric field, but at least one component of the velocity has to be anitparallel to EFigure below shows graphs representing electric field and electric potential as a function of distance r from the center of a sphere of radius R. Match correct picture to the correct description. Figure A Figure B Figure C Figure D R R R R 1st choice Electric potential of an insulating sphere 2nd choice Electric field of a insulating sphere 3rd choice Electric potential of a conducting sphere 4th choice Electric Field of a conducting sphere Figure A 4th choice Figure B 3rd choice Figure C 1st choice V Figure D 2nd choice v