Three charges (each a value of +2.50 nC ) are placed on the corners of a square whose sides measure 1.50 cm in length. a. Determine the electric potential at the center of the square, and b. Determine the electric potential at the unoccupied corner of the square.

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### Problem Setup:
Three charges, each with a value of \( q = +2.50 \, \text{

Three charges (each a value of +2.50 nC) are placed on the corners of a square whose sides measure 1.50 cm in length. a. Determine the electric potential at the center of the square, and b. Determine the electric potential at the unoccupied corner of the square.

This problem involves calculating the electric potential at both the center and unoccupied corner of a square with three point charges, each with a value of +2.50 nC, using Coulomb's law and the superposition principle. Suitable for college-level physics students.

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