x = 12.0 cm y = 4.00 cm 1. To calculate the potential energy of the system of the three point-charge system, the appropriate equation to use is       2. Calculate the potential energy of the system of the three point-charge system. 3. To calculate the electric potential at the upper right corner of the rectangle in the Figure, the appropriate equation to use is 4. Calculate the electric potential at the upper right corner of the rectangle (the corner without a charge

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x = 12.0 cm y = 4.00 cm

1. To calculate the potential energy of the system of the three point-charge system, the appropriate equation to use is

 
 
 

2. Calculate the potential energy of the system of the three point-charge system.

3. To calculate the electric potential at the upper right corner of the rectangle in the Figure, the appropriate equation to use is

4. Calculate the electric potential at the upper right corner of the rectangle (the corner without a charge

 

 

This diagram illustrates a rectangular arrangement of four point charges placed at the corners. The charges are labeled with their respective values:

- Top left corner: 8.0 μC
- Bottom left corner: 2.0 μC
- Bottom right corner: 4.0 μC
- The side labeled "x" connects the top left and top right corners.
- The side labeled "y" connects the top left and bottom left corners.

Each charge is represented as an orange sphere. The diagram appears to be part of a problem involving electric forces or fields, where the values of "x" and "y" likely represent distances or dimensions that are crucial for calculations related to electric force, field strength, or potential energy within the system.
Transcribed Image Text:This diagram illustrates a rectangular arrangement of four point charges placed at the corners. The charges are labeled with their respective values: - Top left corner: 8.0 μC - Bottom left corner: 2.0 μC - Bottom right corner: 4.0 μC - The side labeled "x" connects the top left and top right corners. - The side labeled "y" connects the top left and bottom left corners. Each charge is represented as an orange sphere. The diagram appears to be part of a problem involving electric forces or fields, where the values of "x" and "y" likely represent distances or dimensions that are crucial for calculations related to electric force, field strength, or potential energy within the system.
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