. (II) A toroid has a rectangular cross section as shown in Fig. 30-26. Show that the self-inductance is Mo N²h L 12 In- 27 7₁ where N is the total number of turns and r₁, 72, and h are the dimensions shown in Fig. 30-26. [Hint: Use Ampère's law to get B as a function of r inside the toroid, and integrate.] FIGURE 30-26
. (II) A toroid has a rectangular cross section as shown in Fig. 30-26. Show that the self-inductance is Mo N²h L 12 In- 27 7₁ where N is the total number of turns and r₁, 72, and h are the dimensions shown in Fig. 30-26. [Hint: Use Ampère's law to get B as a function of r inside the toroid, and integrate.] FIGURE 30-26
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