Consider a conducting sphere. From the center of the sphere up to a point 9.54 meters distance from the center of the sphere, the potential is 15.86 volts Beyond 9.54 meters from the center of the sphere, the potential decreases. Find the potential difference VAB, in volts, if A is 14.10 meters from the center of the sphere and B is 18.82 meters from the center of the sphere.
Consider a conducting sphere. From the center of the sphere up to a point 9.54 meters distance from the center of the sphere, the potential is 15.86 volts Beyond 9.54 meters from the center of the sphere, the potential decreases. Find the potential difference VAB, in volts, if A is 14.10 meters from the center of the sphere and B is 18.82 meters from the center of the sphere.
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Consider a conducting sphere. From the center of the sphere up to a point 9.54 meters distance from the center of the sphere, the potential is 15.86 volts
Beyond 9.54 meters from the center of the sphere, the potential decreases. Find the potential difference VAB, in volts, if A is 14.10 meters from the center of
the sphere and B is
18.82 meters from the center of the sphere.
Transcribed Image Text:Consider a conducting sphere. From the center of the sphere up to a point 9.54 meters distance from the center of the sphere, the potential is 15.86 volts.
Beyond 9.54 meters from the center of the sphere, the potential decreases. Find the potential difference VAB, in volts, if A is 14.10 meters from the center of
the sphere and B is 18.82 meters from the center of the sphere.
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