Shown in the figure is a point charge with a net charge of -3 nC, an inner spherical conducting shell with a net charge of 14 nC and an outer spherical conducting shell with a net charge of -3 nC. The shells are concentric and the point charge is in the center of the system. Calculate the magnitude of the electric field a distance 0.6 meters from the center of the system and between the two shells. Using k=9x10⁹ enter the magnitude of the electric field at the distance given from the center of the system in N/C rounding only your final answer to two decimal places.
Shown in the figure is a point charge with a net charge of -3 nC, an inner spherical conducting shell with a net charge of 14 nC and an outer spherical conducting shell with a net charge of -3 nC. The shells are concentric and the point charge is in the center of the system. Calculate the magnitude of the electric field a distance 0.6 meters from the center of the system and between the two shells. Using k=9x10⁹ enter the magnitude of the electric field at the distance given from the center of the system in N/C rounding only your final answer to two decimal places.
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Transcribed Image Text:Question 6
Shown in the figure is a point charge with a net charge of -3 nC, an inner spherical
conducting shell with a net charge of 14 nC and an outer spherical conducting shell
with a net charge of -3 nC. The shells are concentric and the point charge is in the
center of the system. Calculate the magnitude of the electric field a distance 0.6
meters from the center of the system and between the two shells.
Using k=9x10⁹ enter the magnitude of the electric field at the distance given from
the center of the system in N/C rounding only your final answer to two decimal
places.
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