1.) Two very large non-conducting sheet, each 10cm thick has uniform charge densities on each surface. If point A is 5 cm away from the left face of the left sheet, point B is 1.25cm from the inner surface of right sheet, and point C is in the middle of the right sheet. (a) Using gauss law, find the electric field at the 3 points. o, = 5; 02 = -3" km² nc nc ; O3 = -2- km²: 04 = 4. km2 (b) considering point B as origin, derive an equation for electric field at any point to the right of surface charge density o4 Ko cm 12 cm 'To cem ст ст
1.) Two very large non-conducting sheet, each 10cm thick has uniform charge densities on each surface. If point A is 5 cm away from the left face of the left sheet, point B is 1.25cm from the inner surface of right sheet, and point C is in the middle of the right sheet. (a) Using gauss law, find the electric field at the 3 points. o, = 5; 02 = -3" km² nc nc ; O3 = -2- km²: 04 = 4. km2 (b) considering point B as origin, derive an equation for electric field at any point to the right of surface charge density o4 Ko cm 12 cm 'To cem ст ст
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Transcribed Image Text:1.) Two very large non-conducting sheet, each 10cm thick has uniform charge densities on each
surface. If point A is 5 cm away from the left face of the left sheet, point B is 1.25cm from the
inner surface of right sheet, and point C is in the middle of the right sheet. (a) Using gauss law,
find the electric field at the 3 points. 0̟ = 5; 02 =-3; 03 = -2; 04 = 4
nc
nc
nc
km2
(b) considering point B as origin, derive an equation for electric field at any point to the right of
surface charge density o4
ljo cm 12 cm '10 cm
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