Based on the image of the simulation, What is the magnitude of the Electric Field between the plates in V/m? According to theory, the energy density stored in an electric field is given by uE=1/2 x εo x E^2 J/m^3. Verify for your value of E from the previous question and show your work.

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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Based on the image of the simulation,

What is the magnitude of the Electric Field between the plates in V/m?

According to theory, the energy density stored in an electric field is given by uE=1/2 x εo x E^2 J/m^3. Verify for your value of E from the previous question and show your work.

What is the magnitude of the Electric Field between the plates in V/m?
Given:
Battery voltage = 1.5 V
Plate area: 320 mm²
Plate separation: 8.0 mm
1
According to theory, the energy density stored in an electric field is given by u € E²J/m³.
E
2 0
Verify for your value of E from the previous question and show your work. Note that the volume
between the plates of the capacitor is Ad.
Given:
€ = 8.85 × 10-12 C²/Nm²
Transcribed Image Text:What is the magnitude of the Electric Field between the plates in V/m? Given: Battery voltage = 1.5 V Plate area: 320 mm² Plate separation: 8.0 mm 1 According to theory, the energy density stored in an electric field is given by u € E²J/m³. E 2 0 Verify for your value of E from the previous question and show your work. Note that the volume between the plates of the capacitor is Ad. Given: € = 8.85 × 10-12 C²/Nm²
1.5 V
Capacitance
Top Plate Charge
Stored Energy
OV
-1.5 V
0.35 pF
0.53 PC
0.40 pJ
******
****
***
***
*:
x
***
*
x
**:
O
*
***
Separation
8.0 mm
*
***
**********
**********
Plate Area
320 mm²
Voltage
1.500 V
Plate Charges
Bar Graphs
Electric Field
Current Direction
G
Transcribed Image Text:1.5 V Capacitance Top Plate Charge Stored Energy OV -1.5 V 0.35 pF 0.53 PC 0.40 pJ ****** **** *** *** *: x *** * x **: O * *** Separation 8.0 mm * *** ********** ********** Plate Area 320 mm² Voltage 1.500 V Plate Charges Bar Graphs Electric Field Current Direction G
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