The space between spherical conducting shells r = 3 cm and r = 7 cm is filled with a dielectric material for which E=2.5EoThe two shells are maintained at a potential difference of 75V. Find the capacitance of the system, and also caluclate charge density on shell r= 3 cm
The space between spherical conducting shells r = 3 cm and r = 7 cm is filled with a dielectric material for which E=2.5EoThe two shells are maintained at a potential difference of 75V. Find the capacitance of the system, and also caluclate charge density on shell r= 3 cm
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The space between spherical conducting shells r = 3 cm and r = 7 cm is filled with a dielectric material for which E=2.5EoThe two shells are maintained at a potential difference of 75V. Find the capacitance of the system, and also caluclate charge density on shell r= 3 cm.
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