A point charge q is placed between two (large) metal plates forming the angle of 90• with respect to each other - see Fig. 1. Find the limiting value of the electric field E at the observation point which approaches the corner O while staying between the metal plates. How will the result change if the charge q is not a point change?
A point charge q is placed between two (large) metal plates forming the angle of 90• with respect to each other - see Fig. 1. Find the limiting value of the electric field E at the observation point which approaches the corner O while staying between the metal plates. How will the result change if the charge q is not a point change?
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
Transcribed Image Text:A point charge q is placed between two (large)
metal plates forming the angle of 90• with respect
to each other - see Fig. 1. Find the limiting value of
the electric field E at the observation point which
approaches the corner Owhile staying between
the metal plates. How will the result change if the
charge q is not a point change?
Figure 1:
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