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According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ?.

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Here you can find the meaning of According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? defined & explained in the simplest way possible. Besides giving the explanation of According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ?, a detailed solution for According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? has been provided alongside types of According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? theory, EduRev gives you an ample number of questions to practice According to Earnshaw's theorem, A freely movable charge cannot exist in stable equilibrium in free space under influence of electrostatic fields alone. But when a positive charge is placed in the middle of two negative charge of same strength, then if we displace the positive charge slightly the positive charge oscillates about the middle point. So the positive charge is in stable equilibrium. Does it contradict the Earnshaw's theorem. ? tests, examples and also practice Physics tests.