A small object with charge Q1 = 18 nC is located at the origin. A second...

 

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A small object with charge Q1 = 18 nC is located at the origin. A second small object with charge Q2= -19 nC is located at <0. 24, 0. 21, 0 >m. Location A is at <0. 6, 0. 55, 0> m. a) (10 points) What is the electric field vector at location A due to Qı? 7,0> N/C b) (10 points) What is the electric field vector at location A due to Q2? Ēz=< V, 0> N/C c) (10 points) What is the net electric field vector at location A due to Q1 and Q2? Enet=< V, 0> N/C d) (10 points) If a small object with charge of Q3=23 nC were placed at location A, what would be the force on this object? Fnet =< V, 0> N Write your answers in the provided box. Drag and drop your solution as an image to the box below. Give the answers in the form of vectors not only the E1 = n/c, need it in the form of E1= N/C A small object with charge Q1 = 18 nC is located at the origin. A second small object with charge Q2= -19 nC is located at <0. 24, 0. 21, 0 >m. Location A is at <0. 6, 0. 55, 0> m. a) (10 points) What is the electric field vector at location A due to Qı? 7,0> N/C b) (10 points) What is the electric field vector at location A due to Q2? Ēz=< V, 0> N/C c) (10 points) What is the net electric field vector at location A due to Q1 and Q2? Enet=< V, 0> N/C d) (10 points) If a small object with charge of Q3=23 nC were placed at location A, what would be the force on this object? Fnet =< V, 0> N Write your answers in the provided box. Drag and drop your solution as an image to the box below. Give the answers in the form of vectors not only the E1 = n/c, need it in the form of E1= N/C