The figure below shows two oppositely charged conducting plates with an equal magnitude of surface charge densities +o and -o. At point r above the surface of the conducting plate with surface charge density +o, the electric field to +, %3D O points towards the left, parallel to the surface of the conducting plate with surface charge density +o. O points upward, away from the surface of the conducting plate with surface charge density +o. O is equal to zero. O None of the given choices O points downward, toward the surface of the conducting plate with surface charge density +o.
The figure below shows two oppositely charged conducting plates with an equal magnitude of surface charge densities +o and -o. At point r above the surface of the conducting plate with surface charge density +o, the electric field to +, %3D O points towards the left, parallel to the surface of the conducting plate with surface charge density +o. O points upward, away from the surface of the conducting plate with surface charge density +o. O is equal to zero. O None of the given choices O points downward, toward the surface of the conducting plate with surface charge density +o.
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Transcribed Image Text:The figure below shows two oppositely charged conducting plates
with an equal magnitude of surface charge densities +o and -o.
At point r above the surface of the conducting plate with surface
charge density +ơ, the electric field
to/+
points towards the left, parallel to the surface of the conducting plate
with surface charge density +o.
O points upward, away from the surface of the conducting plate with
surface charge density +o.
O is equal to zero.
O None of the given choices
O points downward, toward the surface of the conducting plate with
surface charge density +o.
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