Final answer:The 4.00 µC charge at one corner of an equilateral triangle indeed experiences a net force due to the electrostatic interactions with charges at the other two corners, confirming the statement as True.Explanation:The question pertains to the electrostatic force experienced by a point charge in an equilateral triangle setup with other point charges at each corner. According to Coulomb's Law, each charge in such a configuration will exert a force on the other charges present. Given that charges are positioned at the corners of an equilateral triangle, each charge will indeed experience a net force resulting from the electrostatic interactions with the other two charges. With regards to the specific scenario where a 4.00 µC charge is placed at one corner of the triangle, it will experience a net force due to the forces exerted by the charges fixed at the other two corners. Therefore, the correct response to whether the 4.00 µC charge experiences a net force is True....

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