Consider again the charged planes in Problem 62 (Fig P17 62), but now assume the inner plane has a charge density of 10 C cm 2 and the outer planes have charge densities 10 C cm 2 Find the electric field at points A, B, C, and D Data From Problem 62 Consider three very large, parallel planes of cha...

We can use Gausss law to determine the field in each region due to the charge on each plate and then ...

Consider again the charged planes in Problem 62 (Fig. P17.62), but now assume the inner plane has

Question:

Consider again the charged planes in Problem 62 (Fig. P17.62), but now assume the inner plane has a charge density of -10 µC/cm² and the outer planes have charge densities +10 µC/cm². Find the electric field at points A, B, C, and D.

Data From Problem 62

Consider three very large, parallel planes of charge that are equally spaced as shown in Figure P17.62. These planes are insulators, and each is charged uniformly with +10 µC on every square centimeter of area on the top surface of each plane. Use Gauss’s law to determine the field at points A, B, C, and D.

Figure P17.62

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