Question

upotcittal lines 3. Disconnect the battery, then remove the grid paper and dra 4. Remove the parallel plates and repeat the above procedures wrged particles Cent This will be an approximate simulation of two oppositely bot you cylinders over the circular markings on the grid paper so that you lines around the cylinders as well as between them. with the two metal cyi sitely charged the equipaote 5. Remove the left cylinder and replace it with one of the plates simulation of a charged particle in front of a flat plate. Map thequio ipotential lines as be ANALYSIS 1. On each of your equipotential maps, draw some electric field lines with arrow head indicating the direction of the field. (Hint: At what angle do field lines intersed lines?) Draw sufficient field lines that you can "see" the electric field. t equip e 2. Describe the electric field between the parallel plates. Are there regions where it appears iform? non-uniform? What is the value of E midway between the centers of the plates? 3. From the "density" of the electric field lines seen in the second two maps, how can you tell where E is large and where it is small? From the spacing between the equipotential lines seen in the second two maps, how can you tell where E is large and where it is s 4. 17

#2

Answer 1

torun du tns ide plate