Below is a configuration of charges (3 of them) and a Point P. You are going...

 

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Below is a configuration of charges (3 of them) and a Point P. You are going to be looking at the electric field related to point P. Graphical image showing q1,q2, q3 and Point P on an x-y axis. Below is a listing of all the charge values as well as their positions in terms of the x and y axis. q1 has a value of (-3.410x10^-9) C and is at position (0.00 m, (2.200x10^0) m). q2 has a value of (-2.37x10^-9) C and is at position (0.00 m, 0.00 m). q3 has a value of (-5.590x10^-9) C and is at position ((7.000x10^-1) m, 0.00 m). Point P is at a position ((7.000x10^-1) m. (2.200x10^0) m). Find the y component of the Electric Field at Point P. If the component is down, use a negative sign to indicate that direction. Your answer should include: 3 significant figures Units with your answer Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: Below is a configuration of charges (3 of them) and a Point P. You are going to be looking at the electric field related to point P. Graphical image showing q1,q2, q3 and Point P on an x-y axis. Below is a listing of all the charge values as well as their positions in terms of the x and y axis. q1 has a value of (-3.410x10^-9) C and is at position (0.00 m, (2.200x10^0) m). q2 has a value of (-2.37x10^-9) C and is at position (0.00 m, 0.00 m). q3 has a value of (-5.590x10^-9) C and is at position ((7.000x10^-1) m, 0.00 m). Point P is at a position ((7.000x10^-1) m. (2.200x10^0) m). Find the y component of the Electric Field at Point P. If the component is down, use a negative sign to indicate that direction. Your answer should include: 3 significant figures Units with your answer Note: Your answer is assumed to be reduced to the highest power possible. Your Answer: