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Four charges of equal magnitude are placed at corners. The charge at the bottom right corner is +q. The charges at the other three corners are each -q.  (see attached) What is the net electric potential at the exact center of the square due to these 4 charges   a. positive value b. negative value c. zero

Four charges of equal magnitude are placed at corners. The charge at the bottom right corner is +q. The charges at the other three corners are each -q.  (see attached) What is the net electric potential at the exact center of the square due to these 4 charges   a. positive value b. negative value c. zero

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
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Four charges of equal magnitude are placed at corners. The charge at the bottom right corner is +q. The charges at the other three corners are each -q.  (see attached)

What is the net electric potential at the exact center of the square due to these 4 charges

 

a. positive value

b. negative value

c. zero

The image presents a grid diagram illustrating the positions of four electric charges. The diagram has the following features: 1. **Charge 1**: Located in the upper left quadrant, labeled with a negative sign (-). 2. **Charge 2**: Positioned in the upper right quadrant, also marked with a negative sign (-). 3. **Charge 3**: Found in the lower left quadrant, and marked with a negative sign (-). 4. **Charge 4**: Placed in the lower right quadrant, labeled with a positive sign (+). Additionally, there is: - A central point labeled "Center," indicating the geometrical midpoint between all the charges. - Arrows indicating the x and y axes, suggesting a standard Cartesian coordinate system. - A horizontal arrow labeled "d" between Charges 3 and 4, likely representing the distance between these two charges. The diagram represents a common physics scenario of charged particles in a coordinated grid system, often used to discuss the principles of electrostatics, such as forces between charges and electric fields.
Transcribed Image Text:The image presents a grid diagram illustrating the positions of four electric charges. The diagram has the following features: 1. **Charge 1**: Located in the upper left quadrant, labeled with a negative sign (-). 2. **Charge 2**: Positioned in the upper right quadrant, also marked with a negative sign (-). 3. **Charge 3**: Found in the lower left quadrant, and marked with a negative sign (-). 4. **Charge 4**: Placed in the lower right quadrant, labeled with a positive sign (+). Additionally, there is: - A central point labeled "Center," indicating the geometrical midpoint between all the charges. - Arrows indicating the x and y axes, suggesting a standard Cartesian coordinate system. - A horizontal arrow labeled "d" between Charges 3 and 4, likely representing the distance between these two charges. The diagram represents a common physics scenario of charged particles in a coordinated grid system, often used to discuss the principles of electrostatics, such as forces between charges and electric fields.
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