Two solid conducting spheres are connected with a long thin 10.0 meter wire. One

Question

Two solid conducting spheres are connected with a long thin 10.0 meter wire. One sphiere as a radius of 10. sphere with a 10.0 centimeter radius is held at an electric potential of 5.00 Volts. What is the electric potential of the larger sphere? 0 A. 2.50 Volts ? B. 5.00 Volts ° C. 10.0 Volts 0 D. 20.0 Volts 0 centimeters, and the larger sphere has a radius of 20.0 centimeters. The The electric potential V a distance 1.0 meters from a 1.0 C charge is (assume that V = 0 a large distance from the charge): 0 B, 90 V 0 C, 900 V D. 9000 V of a an equip0-

Explanation / Answer

4. As both the spheres are connected to each other hence they both must have same electric potential.

Option (b) os correct.

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5. V= kq/r

= 9*10^9* 10^-6/1

= 9000 V

Option (d) is correct.

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Comment in case any doubt.. good luck

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