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The capacitor shown in (Figure 1) is connected to a 80.0−V battery. Calculate the electric field everywhere between the capacitor plates. Enter your answers in volts per meter separated by a comma. Submit Request Answer Part B Find both the free charge on the capacitor plate and the induced charge on the faces of the glass dielectric plate. Enter your answers in coulombs separated by a comma. Figure 1 of 1

The capacitor shown in (Figure 1) is connected to a 80.0−V battery. Calculate the electric field everywhere between the capacitor plates. Enter your answers in volts per meter separated by a comma. Submit Request Answer Part B Find both the free charge on the capacitor plate and the induced charge on the faces of the glass dielectric plate. Enter your answers in coulombs separated by a comma. Figure 1 of 1The capacitor shown in (Figure 1) is connected to a 80.0−V battery. Calculate the electric field everywhere between the capacitor plates. Enter your answers in volts per meter separated by a comma. Submit Request Answer Part B Find both the free charge on the capacitor plate and the induced charge on the faces of the glass dielectric plate. Enter your answers in coulombs separated by a comma. Figure 1 of 1

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The capacitor shown in (Figure 1) is connected to a 80.0 − V battery. Calculate the electric field everywhere between the capacitor plates. Enter your answers in volts per meter separated by a comma.
Submit Request Answer
Part B
Find both the free charge on the capacitor plate and the induced charge on the faces of the glass dielectric plate. Enter your answers in coulombs separated by a comma.
Figure 1 of 1

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