LIH (Linear, Isotropic, Homogeneous) dielectric sphere of diele is uniformly imbedded into the sphere. It has a density p,. mute the polarization field, P inside the dielectric. mute the volume and surface charge densities of the polarization ell
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- R OI A very thin spherical plastic shell of radius R = 18 cm carries a uniformly distributed negative charge of Q = -8 nC on its outer surface. An uncharged solid metal block is placed nearby. The block is w = 9 cm thick and is 9 cm away from the surface of the sphere. Calculate the magnitude of the elec- tric field at the exact center of the conductor generated only by the polarization of the con- ductor. In other words, do not include the electric field generated by the sphere. Answer in units of N/C.electromagnetisma The polarization vector in a dielectric tube of inner radius r; and outer radius r. is P = Po(a, 2x + ây3y). The axis of the dielectric tube defined by zoz20 coincides with the z-axis. a) Determine the equivalent polarization surface and volume charge densitites. b) Show that the total bound charge is zero.concern recent clinical results using electric fields to disrupt rapidly dividing tumor cells. When cells are dividing, some elements of the cell develop a small net charge, and others develop a dipole structure with a positive charge on one end and a negative charge on the other. When a uniform electric field is applied to the body, the field will not be uniform inside the body. The motion of charges and polarization effects, both of which vary strongly from place to place, create a field that is quite variable at the level of the cell. The field is strong in some places and weak in others. The varying field exerts forces and torques on the cell components. This can disrupt cell division, which can have an especially large impact on the rapidly dividing cells in a tumor. To illustrate this idea, we consider a cylindrical element with a dipole structure but no net charge,embedded in a dividing cell. The varying environment of the cell createsa local variation in the strength of the…
- In order to work well, a square antenna must intercept a flux of at least 0.075 N⋅m2/C when it is perpendicular to a uniform electric field of magnitude 5.0 N/C. What is the minimum side length of the antenna? Express your answer to two significant figures and include appropriate units.concern recent clinical results using electric fields to disrupt rapidly dividing tumor cells. When cells are dividing, some elements of the cell develop a small net charge, and others develop a dipole structure with a positive charge on one end and a negative charge on the other. When a uniform electric field is applied to the body, the field will not be uniform inside the body. The motion of charges and polarization effects, both of which vary strongly from place to place, create a field that is quite variable at the level of the cell. The field is strong in some places and weak in others. The varying field exerts forces and torques on the cell components. This can disrupt cell division, which can have an especially large impact on the rapidly dividing cells in a tumor. To illustrate this idea, we consider a cylindrical element with a dipole structure but no net charge,embedded in a dividing cell. The varying environment of the cell createsa local variation in the strength of the…