Conducting sphere #1 has a radius of 0.100M and is at electrostatic equilibrium when it has an absolute potential of 20.0V. Conducting sphere #2 has a radius of 0.300M and is at electrostatic equilibrium when it has an absolute potential of -40.0V.  The spheres are brought into contact and allowed to reach electrostatic equilibrium. They are then separated. Find the final absolute potential of each sphere, Vif and V2f?

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Solution for the final absolute potential of the spheres When two conductors with different potentials are brought into contact charge flows between them until they reach the same potential This commo... View the full answer