R Consider two thin disks, of negligible thickness, of radius oriented perpendicular to thex axis such...

 

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R Consider two thin disks, of negligible thickness, of radius oriented perpendicular to thex axis such that the x axis runs through x=0 thecenter of each disk. The disk centered at has positive charge density, and the disk centered at * = " has negative charge density, where the charge density is charge perunit area. R 1² €0 E = E What is the magnitude of the electric field at the point on thex axis with x coordinate R 1 √√(2-²)² +1, a/22 R/a of plate radius to separation between theplates does the electric field at the point n/€o for infinitesheets? For what value of the ratio xaxis differ by 1percent from the result x=a/2 on the R Consider two thin disks, of negligible thickness, of radius oriented perpendicular to thex axis such that the x axis runs through x=0 thecenter of each disk. The disk centered at has positive charge density, and the disk centered at * = " has negative charge density, where the charge density is charge perunit area. R 1² €0 E = E What is the magnitude of the electric field at the point on thex axis with x coordinate R 1 √√(2-²)² +1, a/22 R/a of plate radius to separation between theplates does the electric field at the point n/€o for infinitesheets? For what value of the ratio xaxis differ by 1percent from the result x=a/2 on the