Chapter 2: Q19P (page 78)
Calculatedirectly from Eq. 2.8, by the method of Sect. 2.2.2. Refer to Prob. 1.63 if you get stuck.
Short Answer
The required value is
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Chapter 2: Q19P (page 78)
Calculatedirectly from Eq. 2.8, by the method of Sect. 2.2.2. Refer to Prob. 1.63 if you get stuck.
The required value is
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A sphere of radius Rcarries a charge density (where kis a constant). Find the energy of the configuration. Check your answer by calculating it in at least two different ways.
Findthe electric field a distance zfrom the center of a spherical surface of radius R(Fig. 2.11) that carries a uniform charge density .Treat the case z< R(inside) as well as z> R(outside). Express your answers in terms of the total chargeqon the sphere. [Hint:Use the law of cosines to write in terms of Rand .Besure to take the positivesquare root:if ,but it'sif .]

Find the capacitance per unit length of two coaxial metal cylindrical tubes, of radiand.

A sphere of radius R carries a charge density (where is a constant). Find the energy of the configuration. Check your answer by calculating it in at least two different ways.
Check that Eq. 2.29 satisfies Poisson's equation, by applying the Laplacian and using Eq. 1.102.
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