a) The point C at which we want to calculate the field is given, along with...

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a) The point C at which we want to calculate the field is given, along with some variables describing the position. Please draw the individual electric field vectors from each charge at this point. What do you think the resultant vector would look like? d/2 +9 b) Will you need to sum or integrate to find the electric field? Explain, choosing the correct formula to use from the following: = OR 6-197 -9 c) Draw the x- and y- components of the electric field from each individual charge. Can anything cancel when you find the resultant? d) What is the distance from the point to each charge, in terms of the given variables? e) Calculate and simplify your expression for the net electric field at point C (note you can express any cosine or sine functions in terms of the variables already given). x a) The point C at which we want to calculate the field is given, along with some variables describing the position. Please draw the individual electric field vectors from each charge at this point. What do you think the resultant vector would look like? d/2 +9 b) Will you need to sum or integrate to find the electric field? Explain, choosing the correct formula to use from the following: = OR 6-197 -9 c) Draw the x- and y- components of the electric field from each individual charge. Can anything cancel when you find the resultant? d) What is the distance from the point to each charge, in terms of the given variables? e) Calculate and simplify your expression for the net electric field at point C (note you can express any cosine or sine functions in terms of the variables already given). x