An electron is located at coordinates (-a, a); another electron is located at coordinates (-a, -a);...

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An electron is located at coordinates (-a, a); another electron is located at coordinates (-a, -a); a third electron is located at coordinates (a, -a), as shown in the figure below. Each electron has a negative charge q = -e. The magnitude of the electron charge e can be considered a given quantity. Y -e -a -e + a 0 +a e X a) Calculate the net Electric Field vector at the origin (0,0). Write your result in vector notation using the unit vectors i and j. Make sure the vector components are in terms of the given quantities and given constants only (that means a, e, k, co, note k= and co are always given constants that you can leave as they are in your result). Show clearly all the the steps of your reasoning. An electron is located at coordinates (-a, a); another electron is located at coordinates (-a, -a); a third electron is located at coordinates (a, -a), as shown in the figure below. Each electron has a negative charge q = -e. The magnitude of the electron charge e can be considered a given quantity. Y -e -a -e + a 0 +a e X a) Calculate the net Electric Field vector at the origin (0,0). Write your result in vector notation using the unit vectors i and j. Make sure the vector components are in terms of the given quantities and given constants only (that means a, e, k, co, note k= and co are always given constants that you can leave as they are in your result). Show clearly all the the steps of your reasoning.