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A solid plastic ball has negative charge uniformly spread over its surface. Which of the diagrams in Figure 14.85 best shows the polarization of molecules inside the ball?

Short Answer

Expert verified

Diagram (c) correctly represents the polarization of the molecules inside the ball.

Step by step solution

01

Significance of the polarization

The polarization is referred to as the property of electromagnetic radiation, in which the magnitude and the direction of an electric field are related specifically.

The concept of polarization gives the polarization of molecules inside the ball.

02

Determination of the polarization of molecules inside the ball

Here, as the electric field inside a uniformly charged sphere is zero, then the polarization of the molecules will not happen as there is no electric field inside.

Diagrams (a) and (b) shows the polarization of the molecules which are incorrect as there is no net electric field inside the ball and due to not having an electric field, only the negative charge should be there at the surface.

Diagram (c) shows only the uniform negative charge outside the sphere which is correct as no polarization will happen.

Thus, diagram (c) correctly represents the polarization of the molecules inside the ball.

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Most popular questions from this chapter

A neutral copper block is polarized as shown in Figure 14.90, due to an electric field made by external charges (not shown). Which arrow (a–j) in Figure 14.90 best indicates the direction of the net electric field at location B, which is inside the copper block ?

Figure 14.69 shows a neutral, solid piece of metal placed near two points charges. Copy this diagram.

(a) On your diagram, show the polarization of the piece of metal.

(b) Then, at location A inside the solid piece of metal, carefully draw and label three vectors: (1) E→1, the electric field due to -q1; (2) E→2, the electric field due to +q2; (3) E→3, the electric field due to all of the charges on the metal.

(c) Explain briefly why you drew the vectors the way you did.

(a) Which of the diagrams () in Figure correctly displays the polarization of a metal sphere by an electric field that points to the left, using the conventions discussed in this chapter? (b) Which of the diagrams () in Figurecorrectly displays the polarization of a plastic sphere by an electric field that points to the left, using the conventions discussed in this chapter?

The mobility of Na+ions in water is5.2×10-8(m/s)(N/C). If an electric field of2400N/Cis maintained in the fluid, what is the drift speed of the sodium ions?

A very thin spherical plastic shell of radius15 c³¾ carries a uniformly distributed negative charge of −8 n°ä(−8×10−9 C)on its outer surface (so it makes an electric field as though all the charge were concentrated at the center of the sphere). An uncharged solid metal block is placed nearby. The block is10cm thick, and it is10cm away from the surface of the sphere. See Figure 14.97. (a) Sketch the approximate charge distribution of the neutral solid metal block.

(b) Draw the electric field vector at the center of the metal block that is due solely to the charge distribution you sketched (that is, excluding the contributions of the sphere).

(c) Calculate the magnitude of the electric field vector you drew. Explain briefly. If you must make any approximations, state what they are.

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