A 15.00 mC charge is located at the origin while a 5.00 mC charge is located 0.6000 meters to the right of the first charge (as seen in the drawing below). A) What is the force on a 1.000 µC test charge placed at x 0.3000m? B) At the location you found in part C, what is the Electric Field? C) Where in relation to the origin would the force on the test charge be zero? D) At the location you found in part C, what is the Electric Field? E) What is the electrical potential energy of the two original charges (no test charge)?
A 15.00 mC charge is located at the origin while a 5.00 mC charge is located 0.6000 meters to the right of the first charge (as seen in the drawing below). A) What is the force on a 1.000 µC test charge placed at x 0.3000m? B) At the location you found in part C, what is the Electric Field? C) Where in relation to the origin would the force on the test charge be zero? D) At the location you found in part C, what is the Electric Field? E) What is the electrical potential energy of the two original charges (no test charge)?
College Physics
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Transcribed Image Text:3) A 15.00 mC charge is located at the origin while a 5.00 mC charge is located 0.6000
meters to the right of the first charge (as seen in the drawing below).
A) What is the force on a 1.000 µC test charge placed at x = 0.3000m?
B) At the location you found in part C, what is the Electric Field?
C) Where in relation to the origin would the force on the test charge be zero?
D) At the location you found in part C, what is the Electric Field?
E) What is the electrical potential energy of the two original charges (no test charge)?
15 mC
5 MC
X = .bm
X=0
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