Consider the three charges in Figure 2. Each charge has magnitude of 1.0 nC. Their electric potential energy (using the usual reference potential energy) is a. 3.0×10−7 J b. 5.0×10−7 J c. 7.0×10−7 J d. 9.0×10−7 J e. None of the aboveConsider the three charges in Figure 2. Each charge has magnitude of 1.0 nC. The electric potential at the unoccupied corner of the rectangle, point P indicated with a dot (using the usual reference potential), is a. 3.0×102 V b. 5.0×102 V c. 7.0×102 V d. 9.0×102 V e. None of the above

Consider the three charges in Figure 2. Each charge has magnitude of 1.0 nC. Their electric potential energy (using the usual reference potential energy) is a. 3.0×10−7 J b. 5.0×10−7 J c. 7.0×10−7 J d. 9.0×10−7 J e. None of the aboveConsider the three charges in Figure 2. Each charge has magnitude of 1.0 nC. The electric potential at the unoccupied corner of the rectangle, point P indicated with a dot (using the usual reference potential), is a. 3.0×102 V b. 5.0×102 V c. 7.0×102 V d. 9.0×102 V e. None of the above

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  1. Consider the three charges in Figure 2. Each charge has magnitude of 1.0 n C . Their electric potential energy (using the usual reference potential energy) is a. 3.0 × 10 7 J b. 5.0 × 10 7 J c. 7.0 × 10 7 J d. 9.0 × 10 7 J e. None of the above
  2. Consider the three charges in Figure 2. Each charge has magnitude of 1.0 n C . The electric potential at the unoccupied corner of the rectangle, point P indicated with a dot (using the usual reference potential), is a. 3.0 × 10 2 V b. 5.0 × 10 2 V c. 7.0 × 10 2 V d. 9.0 × 10 2 V e. None of the above

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