A sphere of radius R=60 cm has its center at the origin. Along the equator of this sphere, equal charges of q=3 µC are placed at intervals of 60°. Find the electric potential at the origin of coordinates. a) 250 kV b) 260 kV c) 270 kV d) 280 kV e) 290 kV
A sphere of radius R=60 cm has its center at the origin. Along the equator of this sphere, equal charges of q=3 µC are placed at intervals of 60°. Find the electric potential at the origin of coordinates. a) 250 kV b) 260 kV c) 270 kV d) 280 kV e) 290 kV
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![A sphere of radius R=60 cm has its center at
the origin. Along the equator of this sphere,
equal charges of q=3 μµC are placed at intervals
of 60°.
Find the electric potential at the origin of
coordinates.
a) 250 kV
b) 260 kV
c) 270 kV
d) 280 kV
e) 290 kV](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4b4d48fa-46ea-44c5-88e2-3c2d922f7aa0%2Fa3e5c0fc-7592-49d6-b58c-52fa5e260811%2Fn5jd23a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A sphere of radius R=60 cm has its center at
the origin. Along the equator of this sphere,
equal charges of q=3 μµC are placed at intervals
of 60°.
Find the electric potential at the origin of
coordinates.
a) 250 kV
b) 260 kV
c) 270 kV
d) 280 kV
e) 290 kV
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