A point charge Q is placed within the right hand corner of an earthed conducting plate, as shown in figure 2. The space where the charge exit has a permittivity ɛ,. Calculate the following in whole...


A point charge Q is placed within the right hand corner of an earthed conducting plate, as shown in<br>figure 2. The space where the charge exit has a permittivity ɛ,. Calculate the following in whole space<br>of the xy plane:<br>a) The electric field intensity, the electric flux density, and the electric potential in all<br>b) The total electric charge on the top and bottom of the conducting plate<br>c) The force developed on charge of 22nC when it is placed at the point (-d, -d)<br>space<br>yA<br>Q<br>

Extracted text: A point charge Q is placed within the right hand corner of an earthed conducting plate, as shown in figure 2. The space where the charge exit has a permittivity ɛ,. Calculate the following in whole space of the xy plane: a) The electric field intensity, the electric flux density, and the electric potential in all b) The total electric charge on the top and bottom of the conducting plate c) The force developed on charge of 22nC when it is placed at the point (-d, -d) space yA Q

Jun 11, 2022
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