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Two square conducting plates with sides of length L are
Chapter 24, Problem 77CP(choose chapter or problem)
Two square conducting plates with sides of length L are pulls the slab into the capacitor. (e) Figure 24.16 shows that the force in fact pulls the slab into the capacitor. Explain why the result of part (b) gives an incorrect answer for the direction of this force, and calculate the magnitude of the force. (This method does not require knowledge of the nature of the fringing field.)
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QUESTION:
Two square conducting plates with sides of length L are pulls the slab into the capacitor. (e) Figure 24.16 shows that the force in fact pulls the slab into the capacitor. Explain why the result of part (b) gives an incorrect answer for the direction of this force, and calculate the magnitude of the force. (This method does not require knowledge of the nature of the fringing field.)
ANSWER:Solution 77CP Step 1 of 5: When the space between the conductors is filled with a dielectric material, the capacitance increases by a factor called the dielectric constant of the material. K A Capacitance of a parallel plate capacitor is , C = 0 d