The electric potential at the surface of a charged conductor
a. is always zero.
b. is always independent of the magnitude of the charge on the surface. c. may be set equal to zero by adding an appropriate constant to the potential at all points of space. d. is always such that the potential is zero at all points inside the conductor.
e. is always such that the potential is always zero within a hollow space inside the conductor.
Question 2
The electric potential inside a charged solid spherical conductor in equilibrium
a. is always zero.
b. is constant and equal to its value at the surface. c. decreases from its value at the surface to a value of zero at the center.
d. increases from its value at the surface to a value at the center that is a multiple of the potential at the surface. e. is equal to the charge passing through the surface per unit time divided by the resistance.
Surface magnetic field of SU Aur (a young star of T Tauri type), reconstructed by means of Zeeman-Do
Surface Features on Titan
The Spectra of Stars with Different Surface Temperatures.
Early in the twentieth century, when malnutrition was common, companies such as this one advertised
This typical die grinder surface preparation kit includes the air-operated die grinder and a ...
Major Climate Zones and Surface Currents