0.5 cm 1) Figure shows two parallel conductive plates coated on a conductive paper which was seperated to the equal squares with side length of 0.5 cm. The conductive plates are connected to a 18-V DC power supply. A a) If you connect a voltmeter between the points A and B, what will be the measured value of the potential difference between these points? b) Calculate the electric field between the parallel conductive plates. c) Draw the equipotential and electric field lines on your paper. 0.5 cm + + + + +
0.5 cm 1) Figure shows two parallel conductive plates coated on a conductive paper which was seperated to the equal squares with side length of 0.5 cm. The conductive plates are connected to a 18-V DC power supply. A a) If you connect a voltmeter between the points A and B, what will be the measured value of the potential difference between these points? b) Calculate the electric field between the parallel conductive plates. c) Draw the equipotential and electric field lines on your paper. 0.5 cm + + + + +
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Transcribed Image Text:0.5 cm
1) Figure shows two parallel conductive
plates coated on a conductive paper which
was seperated to the equal squares with side
length of 0.5 cm. The conductive plates are
connected to a 18-V DC power supply.
A
a) If you connect a voltmeter between the
points A and B, what will be the measured
value of the potential difference between
these points?
b) Calculate the electric field between the
parallel conductive plates.
c) Draw the equipotential and electric field
lines on your paper.
0.5 cm
+ +
+
+ +
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